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Transcript of national evaluation of the disaster-safe school programme
NATIONAL EVALUATION OF THE DISASTER-SAFE SCHOOL PROGRAMME
Research report
Initiated by:
National Secretariat of Disaster-safe School
Conducted by:
Supported by:
Ministry of Education and Culture
Ministry of Religious Affairs
Ministry of Public Works and Housing
National Disaster Management Agency
UNICEF
2020
RESEARCH TEAM
2
AUTHORS
Avianto Amri Nuraini Rahma Hanifa Yusra Tebe Jonatan Lassa Giovanni Cynthia Pradipta M. Reperiza Furqon Leslie Nangkiawa CONTRIBUTORS
Gisella Nappoe Jeeten Kumar Maora Rianti Nabiilah Mujahidah Putriani Novianty Tsaairoh ADVISORY BOARD
• Secretariat General, Ministry of Education and Culture
• Directorate of Community Education and Special Education, Ministry of Education and Culture
• Directorate of Teachers and Education Personnel for Secondary Education and Special Education, Ministry of Education and Culture
• Directorate of Primary Schools, Ministry of Education and Culture
• Directorate of Disaster Mitigation, National Disaster Management Agency
• Directorate of Disaster Countermeasure System, National Disaster Management Agency
• Directorate of Curriculum, Infrastructure, Institutional Affairs and Student Affairs, Ministry of Religious Affairs
• Directorate of Strategic Infrastructure, Ministry of Public Works and Housing
EDITORIAL TEAM
Samto Mukhlis Janaka Faisal Khalid Wahyu A. Kuncoro Nugroho Warman
3
TABLE OF CONTENTS
FOREWORD BY THE NATIONAL SECRETARIAT OF DISASTER-SAFE SCHOOL .............................. 6
FOREWORD BY UNICEF .............................................................................................................. 7
EXECUTIVE SUMMARY ............................................................................................................... 8
CHAPTER 1. introduction ......................................................................................................... 12
1.1. Background ................................................................................................................... 12
1.2. Research objectives ...................................................................................................... 14
1.3. Report framework ......................................................................................................... 15
CHAPTER 2. METHODOLOGY ................................................................................................... 16
2.1. Overview ....................................................................................................................... 16
2.2. Research locations ........................................................................................................ 16
2.3. Data collection methods ............................................................................................... 17
2.4. Quality monitoring and data analysis ........................................................................... 20
2.5. Research schedule ........................................................................................................ 20
2.6. Research ethics ............................................................................................................. 21
2.7. Research strengths and weaknesses ............................................................................ 22
CHAPTER 3. QUANTITATIVE SURVEY RESULTS AND DATA ANALYSIS ...................................... 24
3.1. Overview ....................................................................................................................... 24
3.2. Children’s and adolescents’ perceptions of disaster hazards....................................... 24
3.3. Children’s and adolescents’ perspectives on disaster preparedness ........................... 26
3.4. How children and adolescents seek out information about disaster preparedness ... 28
3.5. Summary of survey results............................................................................................ 30
CHAPTER 4. RESULTS AND ANALYSIS FOR EACH PILLAR .......................................................... 31
4.1. Overview ....................................................................................................................... 31
4.2. Safe Learning Facilities (Pillar 1) ................................................................................... 31
4.2.1. Relevance ........................................................................................................................... 34
4.2.2. Effectiveness and efficiency ............................................................................................... 36
4.2.3. Impact ................................................................................................................................. 40
4.2.4. Sustainability ...................................................................................................................... 40
4.2.5. Innovation .......................................................................................................................... 41
4.2.6. Lessons learned .................................................................................................................. 42
4.3. School Disaster Management (Pillar 2) ......................................................................... 43
4.3.1. Relevance ........................................................................................................................... 44
4
4.3.2. Effectiveness and efficiency ............................................................................................... 45
4.3.3. Impact ................................................................................................................................. 50
4.3.4. Continuity ........................................................................................................................... 51
4.3.5. Innovation .......................................................................................................................... 51
4.3.6. Lessons learned .................................................................................................................. 53
Case study: National monitoring and evaluation system for SPAB implementation ................... 54
4.4. Risk Reduction and Resilience Education (Pillar 3) ....................................................... 57
4.4.1. Relevance ........................................................................................................................... 57
4.4.2. Effectiveness and efficiency ............................................................................................... 61
4.4.3. Impact ................................................................................................................................. 76
4.4.4. Continuity ........................................................................................................................... 80
4.4.5. Innovation .......................................................................................................................... 85
4.4.6. Lessons learned .................................................................................................................. 86
CHAPTER 5. CONCLUSION AND RECOMMENDATIONS............................................................ 89
5.1. Conclusion ..................................................................................................................... 89
5.2. Recommendations for Pillar 1 ...................................................................................... 91
5.2.1. Recommendations at the national level ............................................................................ 91
5.2.2. Recommendations at the local level .................................................................................. 92
5.2.3. Recommendations at the school level ............................................................................... 92
5.3. Recommendations for Pillar 2 ...................................................................................... 92
5.3.1. Recommendations for central government ....................................................................... 92
5.3.2. Recommendations for local governments ......................................................................... 93
5.3.3. Recommendations for schools ........................................................................................... 93
5.3.4. Recommendations for non-government institutions and NGOs ....................................... 94
5.4. Recommendations for Pillar 3 ...................................................................................... 94
5.4.1. Recommendations for central government ....................................................................... 94
5.4.2. Recommendations for local governments ......................................................................... 95
5.4.3. Recommendations for schools ........................................................................................... 95
REFERENCES ............................................................................................................................. 97
5
ABBREVIATIONS
ASEAN Association of Southeast Asian Nations
BNPB National Disaster Management Agency (Badan Nasional Penanggulangan Bencana)
BOS School Operational Assistance (Bantuan Operasional Sekolah)
BPBD Regional Disaster Management Agency (Badan Penanggulangan Bencana Daerah)
CBDRR community-based disaster risk reduction
CSO civil society organization
CSS Comprehensive School Safety
DRRE disaster risk reduction education
FBDRR family-based disaster risk reduction
FGD focus group discussion
ICT information and communication technology
IT information technology
LIPI Indonesian Institute of Sciences (Lembaga Ilmu Pengetahuan Indonesia)
MIKK Muhammadiyah Insan Kreatif Kembaran (primary school)
NGO non-governmental organization
SANRES Yayasan Flores Sejahtera
SMAB Disaster-safe Madrasa (Sekolah Madrasah Aman Bencana)
SOP standard operating procedure
SPAB Disaster-safe School (Satuan Pendidikan Aman Bencana)
SSB Disaster-prepared School (Sekolah Siaga Bencana)
UNESCO United Nations Educational, Scientific and Cultural Organization
UNICEF United Nations Children’s Fund
6
FOREWORD BY THE NATIONAL SECRETARIAT OF DISASTER-SAFE SCHOOL
Praise and gratitude we pray to Allah SWT fo His blessings that this research report titled "National
Evaluation of the Disaster Safe Education Unit Program" has been completed.
Indonesia has more than 500,000 educational units from various levels, be it formal, informal, and
non-formal education. On the other hand, Indonesia is one of the most disaster-prone countries in
the world. Thus, the Disaster Safe Education Unit (Satuan Pendidikan Aman Bencana/SPAB) program
is important to be implemented in all education units to ensure that all students can learn
comfortably and safely from the threat of disasters, can gain important knowledge that can save
their lives in the event of a disaster, and can restore the functions of education sector immediately
when affected by a disaster.
The National Secretariat of the Disaster Safe Education Unit (Seknas SPAB), which is coordinated by
the Ministry of Education and Culture and supported by the Ministry of Religion, the National
Disaster Management Agency, and the Ministry of Public Works and Public Housing as well as other
SPAB National Secretariat partners, have supported the implementation of the SPAB program that
has been initiated since 2008 which is the result of a multi-stakeholder joint effort and collaboration
between various government agencies, NGOs, academics, private parties, as well as other
community organizations.
In this regard, the SPAB National Secretariat has the task of coordinating the implementation of the
SPAB program, including evaluating the SPAB programs that have been implemented so far,
documenting good practices, achievements, and innovations that have been produced, and
identifying lessons learned so far that will be useful to formulate future SPAB programs. This
evaluation of the SPAB program is the first to be carried out in a comprehensive manner that
discusses all components of the SPAB program, both from the aspect of facilities or infrastructures,
disaster management in education units, as well as disaster risk reduction education. This evaluation
also involves various parties both at the national and regional levels, including the perspectives of
children, parents, teachers and other education personnel, NGOs, as well as donors.
To all who have contributed to this evaluation, I express my gratitude. I hope that this evaluation
report can be put into good use and become a reference for all parties, from government, non-
government, and private institutions, in preparing the SPAB program in the future so that it can be
more effective, on target, reaching all educational units, and running efficiently sustainable.
7
FOREWORD BY UNICEF
The COVID-19 pandemic situation in Indonesia has resulted in significant disruption of access to
quality education for more than 68 million children as well as 4 million teachers and other education
personnel in more than 534,000 schools in Indonesia. This situation is increasingly concerning
considering that Indonesia is a country that is highly vulnerable to natural hazards, including floods,
landslides, cyclones, earthquakes, tsunamis and volcanic eruptions. Millions of children in Indonesia
are living in disaster-prone areas. The Disaster-safe School (Satuan Pendidikan Aman Bencana; SPAB)
programme is thus very important and highly relevant, and its implementation across Indonesia is
needed urgently.
The rights of children are protected in the Convention on the Rights of the Child, namely the right to
life, survival and development, protection, and the right to participate, which also includes the right
to have a safe, adequate, and quality education. UNICEF encourages all parties to work together to
ensure the safety of all children while learning and empower children to cope with disaster risks in
the present and in the future. This evaluation of the SPAB programme is an appropriate moment to
document good practices that have been achieved as well as existing lessons that we can learn so
that we can improve coordination and collaboration as well as determine together the next steps for
a more integrated, comprehensive and sustainable SPAB programme.
UNICEF gave highest appreciation to the Ministry of Education and Culture as the coordinator of the
National Secretariat of Disaster-safe School, along with the Ministry of Religious Affairs, Ministry of
Public Works and Public Housing, and the National Disaster Management Agency for initiating and
supporting this evaluation. Our hope is that the results of this evaluation can be used as a reference
for various SPAB actors in Indonesia so that it will give a lasting impact to all children in Indonesia.
Jakarta, 12 March 2021
Hiroyuki Hattori
Chief of Education, UNICEF Indonesia
8
EXECUTIVE SUMMARY
Based on the disaster database of Indonesia’s National Disaster Management Agency (Badan
Nasional Penanggulangan Bencana; BNPB), over time, disaster events in Indonesia are likely to
become more frequent, more impactful, more extensive, more unpredictable and more complex in
terms of required countermeasures. Indonesia has one of the world’s largest education systems,
with 47 million students and more than 3.2 million educators across more than 272,000 schools,
according to the DAPODIK database of the Indonesian Ministry of Education and Culture. This long-
term trend in disaster events in Indonesia has become a serious concern among stakeholders since
many schools (formally known as ‘education units’) are located in some of the country’s most
disaster-prone regions.
The Government of Indonesia has been implementing the three pillars of the Comprehensive School
Safety (CSS) framework since 2008. It has done so by teaming up with various stakeholders,
including NGOs, the private sector and academics, to deliver the Disaster-safe School (Satuan
Pendidikan Aman Bencana; SPAB) programme. This evaluation was initiated by the Ministry of
Education and Culture and involved an advisory board comprising representatives of affiliated
ministerial institutions that co-lead the SPAB programme – that is, the Ministry of Religious Affairs,
the Ministry of Public Works and Housing, and BNPB. The UNICEF-supported evaluation also
involved various non-government institutions and academics, including members of Consortium for
Disaster Education networks and, at school level, head teachers and teachers.
The evaluation set out to collate evidence of achievements, lessons learned and good practices to
come out of the SPAB programme, to inform future national strategies for school safety.
This research study adopted evaluation criteria including relevance, effectiveness and efficiency,
impact, sustainability and innovation to examine how the SPAB programme has implemented each
pillar of CSS. The mixed methods approach encompassed a literature review, an online questionnaire
(quantitative data) and interviews and virtual focus group discussions (qualitative data). The
evaluation research was conducted at the national level and also at the provincial level, in Aceh,
Central Sulawesi, East Nusa Tenggara and the Special Capital Region of Jakarta. Primary data
collection began in March 2020 and ended in October 2020. More than 2,000 children and
adolescents were involved in the evaluation through the online questionnaire, which was
disseminated to all provinces in Indonesia. The research team encountered no significant obstacles
to influence the quality of this evaluation.
9
The evaluation is the first research study to comprehensively analyse the three pillars of CSS at a
macro level (i.e., national level) as well as at a micro level (i.e., school level). The following key
findings emerged from this research.
Innovations of SPAB implementation
The establishment of the National Secretariat of Disaster-safe School at the national level and a Joint
Secretariat of Disaster-safe School/Madrasa for each regency/city is a sign of systemic efforts to
strengthen multi-stakeholder coordination, collaboration and cooperation. In turn, this will
encourage improved resource mobilization (i.e., funding, human resources and devices) as well as a
more structured approach to developing the capacity of school communities to adopt and
implement the three pillars of CSS. Collaboration between schools and external parties – by
incorporating into schools existing programmes such as School Scouts, Disaster Preparedness
Cadets, the Indonesian Youth Red Cross and the Hizbul Wathan Scout Movement – can also be seen
as an effective strategy to implement the CSS agenda in a more systematic way.
BNPB and the Ministry of Education and Culture have launched an application (app) for monitoring
and supervising implementation of the SPAB programme. This app will be used to map and regularly
update the progress of CSS adoption and implementation by schools (‘education units’).
Unequal achievement of Pillars 1, 2 and 3 at different levels of education
Schools that are directly supervised by the Ministry of Education and Culture, especially primary
schools, have been the key adopters of the SPAB programme. Overall, SPAB remains scarcely
implemented in early childhood education, at upper secondary level and in vocational schools.
Implementation of the equivalent programme for madrasas as well as SPAB implementation in non-
formal education settings (i.e., learning activity centres, community learning activity centres)
remains rudimentary. The focus of SPAB implementation has typically been skewed towards Pillar 2
and Pillar 3 of CSS; fewer institutions and actors have engaged with Pillar 1.
The quality of SPAB programme activities depends on the capacity of teachers. Consequently, the
capacity building of teachers is critical to the implementation of the SPAB programme. Technical
guidance and strategy for teachers and other education personnel needs to be structurally,
systematically, massively, and sustainably implemented and disseminated. The use of e-learning
methods, online technical guidance, and adjustment to teachers’ education -particularly in higher
education- can support capacity-building endeavours for teachers and other education personnel.
The technical guidance should improve teachers’ confidence to conduct SPAB activities flexibly and
independently.
10
SPAB actors are predominantly from central government and CSOs
For more than a decade, SPAB actors have predominantly been based in central government and
CSOs. Change must prevail in the long run, with local government and the private sector assuming
more important roles in the programme. This evaluation found that head teachers have a significant
role in sustaining SPAB activities on the ground, while local governments can play an important part
in extending both the scope and replication of the programme.
Inclusion of regions and schools remains erratic
Current policy has prioritized implementation of the SPAB programme in ‘3T regions’ (Terluar,
Tertinggal, Terdepan or frontier, outermost and disadvantaged regions) and in post-disaster regions,
to recover disaster-safe school facilities and infrastructure. An inclusive approach to programme
implementation has not been taken, however. This is needed in particular to ensure that the SPAB
programme is adopted in special education and that children and adolescents with special needs and
disabilities are involved in SPAB activities including disaster education.
This evaluation report provides specific recommendations for three main types of stakeholder:
• Central government is required to promote the SPAB programme; take aggressive policy
measures to implement SPAB; revise the SPAB road map for the period 2020–2024; update
norms, standards, procedures and criteria related to school facilities and infrastructure; make
proper use of information technology for monitoring and supervision; promote inclusive SPAB
implementation; and encourage innovations in disaster education (also known as disaster risk
reduction education) during the COVID-19 pandemic and beyond.
• Local governments at different levels (province, regency and city) are required to promote the
SPAB programme; ensure that all schools are safe from disaster risk; establish expert systems
and knowledge on Pillar 1 of CSS (Safe Learning Facilities); allocate budget for SPAB; create a
local mechanism for collaboration and consultation; expand collaboration with other
stakeholders; and encourage integration of SPAB with community- and family-based disaster risk
reduction programmes.
• School leadership and management teams are required to make use of the School Operational
Assistance (Bantuan Operasional Sekolah) programme fund as well as seek alternative funding
for SPAB activities (e.g., from the Village Fund, private funds); conduct a school-level disaster risk
assessment within the local context; establish a standard operating procedure for disaster
management; establish a disaster preparedness team; conduct regular disaster simulation
exercises; incorporate into lesson plans disaster preparedness and education appropriate to the
11
context of local hazards; recruit and promote safe school champions; and seek support from
parents and communities to implement CSS through the SPAB programme.
12
CHAPTER 1. INTRODUCTION
1.1. Background
Indonesia is one of the most disaster-prone countries in the world, frequently affected by various
hazards including floods, landslides, cyclones, earthquakes, tsunamis and volcanic activity. Over the
last decade (from 2007 to 2018), these hazards have inflicted major damage and casualties every
year, and resulted in annual economic losses of US$2.2 billion to US$3 billion for the country.1 Figure
1 displays disaster data from Indonesia’s National Disaster Management Agency (Badan Nasional
Penanggulangan Bencana; BNPB) 2, showing how disaster events in Indonesia are likely to continue
to become more frequent, more impactful, more extensive, more unpredictable and more complex
in terms of required countermeasures.
Figure 1. Disaster events in Indonesia (2004–2019)
Source: BNPB
Indonesia has one of the largest education systems in the world, with 47 million students and more
than 3.2 million educators across more than 272,000 schools, according to the DAPODIK national
education database of the Indonesian Ministry of Education and Culture (Kementerian Pendidikan
dan Kebudayaan). This long-term trend in disaster events in Indonesia has become a serious concern
among stakeholders as many schools (formally known as ‘education units’) are located in some of
the country’s most disaster-prone regions. According to an assessment conducted by the Ministry of
1 World Bank, Indonesia Disaster Risk Finance & Insurance. Project Information Document, World Bank, Washington, D. C.,
2020. 2 Badan Nasional Penanggulangan Bencana, “Data Informasi Bencana Indonesia (DIBI),” 2019, http://dibi.bnpb.go.id/DesInventar/profiletab.jsp?countrycode=id&lang=ID&datalng=LL.
13
Education and Culture and BNPB, more than 52,000 schools are located in earthquake-prone areas
and there are about 54,000 schools in flood-prone areas.3
Since 2008, the Government of Indonesia has continuously implemented the three pillars of the
Comprehensive School Safety (CSS) framework.4 It has done so by teaming up with various
stakeholders – including non-governmental organizations (NGOs), the private sector and academics
– to deliver the Disaster-safe School (Satuan Pendidikan Aman Bencana; SPAB) programme. Specific
initiatives have included the development of the Disaster-safe School Roadmap 2015–2019 (and its
subsequent update);5 stipulation of Regulation of the Minister of Education and Culture No. 33 of
2019 concerning Implementation of the Disaster-safe School Programme; establishment of the
National Secretariat of Disaster-safe School (Seknas SPAB); and development of technical guidelines.
In addition, numerous capacity-building initiatives for teachers and students have emerged.
In 2010, Indonesia joined the global One Million Safe Schools and Hospitals campaign.6 In 2017,
Indonesia declared its support for the Worldwide Initiative for Safe Schools and is among the 58
countries globally that serve as Safe School Country Champions today. Indonesia has contributed to
various other international and also Southeast Asia regional activities. A report issued by the
Association of Southeast Asian Nations (ASEAN) Safe School Initiative claims that Indonesia is one of
eight countries in the region that actively promotes and implements the SPAB programme, both at
the national level and in Southeast Asia.7
Using evaluation criteria such as relevance, effectiveness and efficiency, and sustainability to
examine how the SPAB programme has implemented each pillar of CSS, this evaluation research set
out to identify evidence on what works and what could be done better in this regard. Furthermore,
the research study sought to identify lessons learned in the course of SPAB implementation to date
to inform the realization of Indonesia’s National Medium-term Development Plan 2020–2024 and
the UNICEF Strategic Plan 2018–2021, as well as follow-up actions for SPAB initiatives – including to
pursue the new road map for the SPAB programme.
3 Kementerian Pendidikan dan Kebudayaan, Pendidikan Tangguh Bencana: “Mewujudkan Satuan Pendidikan Aman Bencana di Indonesia”, Kemendikbud, Jakarta, 2019. 4 The CSS framework is co-promoted by the United Nations Office for Disaster Risk Reduction and the Global Alliance for
Disaster Risk Reduction and Resilience in the Education Sector. 5 The Disaster-safe School Roadmap 2015–2019 aimed to: (1) provide a legal basis for safe school implementation; (2)
function as a set of basic tasks and responsibilities for stakeholders; and (3) provide instruction, references and guidelines for programme implementation, needs assessment, budget availability and other resource availability. 6 United Nations Office for Disaster Risk Reduction (UNDRR), “Indonesia Strengthens Bid to Make Schools and Hospitals
Safer,” 2010, https://www.undrr.org/news/indonesia-strengthens-bid-make-schools-and-hospitals-safer. 7 ASEAN Safe Schools Initiative (ASSI), “ASEAN Safe Schools Initiative: Enhancing The Enabling Environment For Education Continuity In Multi-Hazard Settings In Asean” (2020), https://www.preventionweb.net/files/69899_assiresearchoneducationcontinuityin.pdf.
14
Launched in 2020, the National Roadmap of Disaster-safe School Programme Implementation 2020–
2024 stipulates the following 10 main objectives for this five-year period:
1. National and local policies and regulations on the SPAB programme in every Indonesian province
and district (regency/city).
2. Formation of 200 Joint Secretariats of Disaster-safe School at the provincial and district level, to
play a coordinating role in SPAB implementation.
3. Self-implemented SPAB programme in 40 per cent of all schools in Indonesia.
4. Development of a monitoring and evaluation system that integrates data from InaRISK (owned
by BNPB), DAPODIK (Ministry of Education and Culture) and the Education Management
Information System (Ministry of Religious Affairs).
5. Implementation of the Regulation of the Minister of Education and Culture No. 33 of 2019, to
accommodate higher education and non-formal education (through learning activity centres and
community learning activity centres).
6. Creation of five innovative products that support implementation of the SPAB programme.
7. Stakeholders understand the Regulation of the Minister of Education and Culture No. 33 of
2019.
8. Granting of SPAB programme awards.
9. Local organizations (e.g., Disaster Preparedness Cadets, School Scouts, Indonesian Youth Red
Cross, National Search and Rescue Agency) are involved in supporting SPAB implementation.
10. NGOs and the private sector contribute to the SPAB programme through the provision of
funding, experts and infrastructure assistance.
1.2. Research objectives
This study adopts an evidence-based approach to the evaluation of SPAB implementation in
Indonesia since 2008. It identifies achievements, lessons learned and good practices to come out of
the SPAB programme in Indonesia as well as the main actors, policies, institutions and their
programmes/projects related to SPAB. It does so to meet the following research objectives:
• Assess challenges and opportunities of the existing SPAB implementation and identify
achievements and lessons.
• Collate evidence on the effectiveness and efficiency of the SPAB programme in Indonesia,
including to inform future policy.
15
• Provide strategic recommendations on how to sustain and improve the SPAB programme in
Indonesia.
1.3. Report framework
This report, which comprises five sections, is established based on the CSS framework used globally
– that is, the three pillars of CSS. These are: Pillar 1: Safe Learning Facilities; Pillar 2: School Disaster
Management; and Pillar 3: Risk Reduction and Resilience Education.
Section 2 presents the research design for this evaluation, including research locations; data
collection methods and techniques used by the researchers to ensure a high quality of data
collection and data analysis; the research schedule; the means for ensuring compliance with ethical
research standards; and strengths and weaknesses of the research.
Section 3 presents the results from the quantitative data collection, i.e., the online questionnaire
used to capture the perspectives of children and adolescents. The three key aspects discussed are
respondents’ perceptions of disaster hazards, their perspectives on disaster preparedness, and how
they seek out information on disaster preparedness. This section ends with a summary of the survey
results.
Section 4 presents the results and analysis of SPAB implementation for each CSS pillar, structured
according to the research study’s six evaluation criteria: (1) relevance; (2) effectiveness and
efficiency; (3) impact; (4) continuity; (5) innovation; and (6) lessons learned. Finally, section 5 offers
conclusions and recommendations specific to each of the three pillars of CSS.
16
CHAPTER 2. METHODOLOGY
2.1. Overview
This research study uses a mixed methods approach comprising a literature review (secondary
qualitative data), an online questionnaire (primary quantitative data) and key informant interviews
and focus group discussions (primary qualitative data).
Numerous research studies have captured the perspectives of children,8 teachers and other school
personnel,9 and NGOs on disaster hazards and disaster preparedness in Indonesia.10 Very few
research studies have, however, comprehensively documented the perspectives of all stakeholders
relevant to the CSS pillars, particularly those at the frontlines of policymaking and implementation of
child-centred disaster risk reduction programmes, including the SPAB programme.
2.2. Research locations
The team carried out the evaluation research at both the national and subnational level. Among the
provinces nominated by the advisory board for inclusion in the study were Aceh, Central Sulawesi,
East Nusa Tenggara and the Special Capital Region of Jakarta.
Aceh Province was selected as an Indonesian region that has been (continuously) recovering from
both a major natural disaster (i.e., the Indian Ocean tsunami in 2004) and a number of minor to
medium-scale natural hazards, including several floods and the relatively recent Pidie Jaya
earthquake. On the morning of 7 December 2016, a 6.4 moment magnitude (Mw) earthquake hit
Pidie Jaya Regency, in Aceh, causing the death of 104 people and affecting approximately 85,000
others. This event caused damage to 11,000 buildings, including more than 200 schools as well as
hospitals, office premises and places of worship.
East Nusa Tenggara Province was selected to represent the perspectives of non-urban Indonesian
society and also those provinces with regular slow- and rapid-onset natural hazards every year. East
8 Emma Back, Catherine Cameron, and Thomas Tanner, “Children and Disaster Risk Reduction: Taking Stock and Moving
Forward,” 2009, 44.; Thomas Tanner, “Shifting the Narrative: Child-Led Responses to Climate Change and Disasters in El Salvador and the Philippines,” Children & Society 24, no. 4 (2010): 339–51, https://doi.org/10.1111/j.1099-0860.2010.00316.x. 9 Victoria Johnson et al., “Implementing Disaster Preparedness Education in New Zealand Primary Schools,” Disaster Prevention and Management 23 (July 29, 2014): 370–80, https://doi.org/10.1108/DPM-09-2013-0151. ; Koichi Shiwaku et al., “Promotion of Disaster Education in Nepal: The Role of Teachers as Change Agents,” International Journal of Mass Emergencies and Disasters 24 (November 1, 2006): 403–20. 10 Riyanti Djalante and Frank Thomalla, “Disaster Risk Reduction and Climate Change Adaptation in Indonesia: Institutional
Challenges and Opportunities for Integration,” International Journal of Disaster Resilience in the Built Environment 3 (July 13, 2012): 166–80, https://doi.org/10.1108/17595901211245260.
17
Nusa Tenggara has dealt in recent years with various types of disasters, specifically flooding,
earthquake, volcanic activity, tsunami, tornado and drought, all hazards that are aggravated by land
use change, infrastructure development, deforestation, climate change and poverty, which
exacerbate vulnerability to disaster risks.11
The inclusion of Central Sulawesi Province was justified based on recent major disasters – i.e., the
earthquake, tsunami and liquefaction events in 2018 – and the fact that it is currently undergoing
the recovery process. The epicentre of the 7.5 Mw earthquake that struck Central Sulawesi in
September 2018 was located 81 km north of Palu, causing intense shocks and a tsunami that
engulfed coastal residences along Palu Bay. The disaster led the death of 4,402 people and affected
1.5 million others, including about 665,000 children.12 More than 1,100 schools were reported to be
damaged in which 12,000 teachers are affected.13
Finally, the Special Capital Region of Jakarta was selected as representative of Indonesian cities
(urban context) that are frequently hit each year by natural hazards such as floods and flash floods.
Complex urban problems such as high population density combined with its regular flood
inundations, its proximity to earthquake fault lines and the numerous upstream rivers that flow into
its below-sea-level delta areas make Jakarta prone to several threats. In early January 2020, Jakarta
was hit (again) by widespread flooding events that were caused by intense rainfall and recorded as
Indonesia’s largest-scale floods since 2000s. More than 400,000 people were affected, with
economic losses estimated at approximately IDR 1 trillion owing to disruption to the trade,
transport, warehouse and logistics, and financial services sectors.14
2.3. Data collection methods
This study involved multi-stage research, combining mixed methods with a step-by-step approach,
and a focus mainly, but not exclusively, on the perspectives of children and adolescents (as learners),
government representatives (at the national, provincial and district/city level), academics and NGO
staff. Qualitative data collection included a literature review, semi-structured key informant
interviews and focus group discussions (FGDs). Quantitative data collection was also conducted,
11 Badan Penanggulangan Bencana Daerah Provinsi Nusa Tenggara Timor, Rencana Strategis 2019–2023, Kupang, 2019. 12 United Nations Children’s Fund, ‘Humanitarian Situation Report No. 4, 12–25 November 2018’, UNICEF Indonesia,
Jakarta, 2018. 13 Pemerintah Provinsi Sulawesi Tengah, ‘Pergub No. 10 Tahun 2019 Tentang Rencana Rehabilitasi dan Rekonstruksi Pascabencana’, Palu, 2019. 14 Fadli, Ardiansyah, ‘BI: Kerugian akibat banjir Jakarta awal 2020 capai Rp1 triliun’, Alinea.id, 28 February 2020,
<www.alinea.id/bisnis/bi-kerugian-akibat-banjir-jakarta-awal-2020-capai-rp1-triliun-b1ZIr9rWp>, accessed 29 April 2021; Provinsi Daerah Khusus Ibukota Jakarta, ‘Rekapitulasi Data Banjir Dki Jakarta Dan Penanggulangannya Tahun 2020’, Jakarta, 2020.
18
using an online questionnaire. Varied research methods were adopted based on previous research
results and adjusted to suit the respondent’s context.
Initially, the research design adopted by the research team featured face-to-face interviews and
FGDs. The onset of the COVID-19 crisis necessitated that the team instead collect data remotely,
however, using local researcher networks to recruite local researchers and support data collection,
and virtual meetings for both the interviews and FGDs.
During the first stage of the research, the team used snowball and online searches to collate
documentation on the SPAB programme from various actors, which was then analysed through a
scoping literature review.15 This type of review is helpful in providing an overview of the available
literature on new, complex and diverse topics. A scoping review is also useful for identifying existing
gaps in research and in practice, and for determining future research, policy and practice.16
The second stage assessed the situation regarding attempts to implement the SPAB programme,
especially in terms of awareness-raising and capacity-building efforts, and disaster risk reduction
activities at schools. Online questionnaires were developed and distributed through an educator
network developed by the Ministry of Education and Culture, and through the UNICEF U-Report
platform to obtain the views of children and adolescents. Through this process, data were collected
and studied to gain a better understanding of previous (or ongoing) efforts in SPAB implementation
since the programme was initiated in 2008.
Three series of FGDs were conducted at the national level by way of an initial consultation focusing
on the three pillars of CSS: Safe Learning Facilities, School Disaster Management, and Risk Reduction
and Resilience Education. This consultation was conducted to guide the data collection at the local
level by involving relevant stakeholders of the three pillars and identify key problems and the views
of various stakeholders regarding the progress of CSS implementation at the national level.
Primary data collection was carried out through virtual fieldwork in the four selected provinces:
Aceh, Central Sulawesi, East Nusa Tenggara and the Special Capital Region of Jakarta. Both the key
informant interviews and FGDs specifically targeted the government apparatus (at the provincial and
district/city level); civil society organizations (CSOs), specifically NGOs; and groups of children and
adolescents. Resilience Development Initiative collaborated with local researchers in the four
provinces, who helped with data collection, the scheduling of virtual meetings with local
stakeholders, and the conduct of virtual FGDs. The research team also collected data from children
15 Peters, Micah D. J., et al., ‘Guidance for Conducting Systematic Scoping Reviews', International Journal of Evidence-Based Healthcare, vol. 13, no. 3, 2015, pp. 141–146. 16 Grant, Maria J., and Andrew Booth, ‘A Typology of Reviews: An analysis of 14 review types and associated
methodologies’, Health Information and Libraries Journal, vol. 26, no. 2, 2009, pp. 91–108.
19
through consultation and collaboration with schools, using information technology (IT) to ensure the
participation of students. To meet this objective, participating children – Grade 5 and 6 student
representatives from the four regions – gave their testimonies, via video, regarding their
perspectives on:
• locations on their way to and from school where they feel safe (or at risk) from natural
hazards
• what the ideal safe school looks like.
Local stakeholders and school communities were also consulted online through FGDs and online
interviews to identify information about their perspectives, knowledge and practices pertinent to
the SPAB programme. The local community’s capacity for and expectations of the programme were
also identified. The research team moderated the online discussions. Previous studies provide
evidence of communities living in fear of natural hazards,17 of their unique methods for identifying
and understanding risks,18 and of their concerns regarding disaster risk reduction.19 The research
team adopted interactive and people-centred (and also child-friendly) approaches in the data
collection process to create an environment conducive to the respondents sharing their views.
The final stage of the research featured a national workshop with stakeholders including
representatives of NGOs and relevant national-level government bodies, and academics. An FGD in
the form of workshop is considered one of the best methods to comprehend a specific issue and to
enable follow-up actions when necessary.20 Furthermore, as part of sequential approach, discussions
in FGD at local level were guidede from the FGD’s findings during initial consultation.
The evaluation also identified positive changes in relation to school safety that are sustained by the
stakeholders and/or actors.
The main steps involved in the evaluation methodology were as follows:
17 Ollendick, Thomas H., ‘Reliability and Validity of the Revised Fear Survey Schedule for Children (FSSC-R)’, Behaviour
Research and Therapy, vol. 21, no. 6, 1983, pp. 685–692; Ollendick, T. H., J. L. Matson and W. J. Helsel, ‘Fears in Children and Adolescents: Normative data’, Behaviour Research and Therapy, vol. 23, no. 4, 1985, pp. 465–467; Burnham, Joy J., et al., ‘Examining Children’s Fears in the Aftermath of Hurricane Katrina’, Journal of Psychological Trauma, vol. 7, no. 4, 2008, pp. 253–275. 18 Mitchell, Tom, Thomas Tanner and Katharine Haynes, ‘Children as Agents of Change for Disaster Risk Reduction: Lessons
from El Salvador and the Philippines’, Working Paper No. 1, Children in a Changing Climate – Research, Institute of Development Studies, Brighton, UK, 2009; Haynes, Katharine, and Thomas M. Tanner, ‘Empowering Young People and Strengthening Resilience: Youth-centred participatory video as a tool for climate change adaptation and disaster risk reduction’, Children's Geographies, vol. 13, no. 3, 2015, pp. 357–371. 19 Back, Emma, Catherine Cameron and Thomas Tanner, Children and Disaster Risk Reduction: Taking stock and moving
forward, Children in a Changing Climate – Research, Institute of Development Studies, Brighton, UK, 2009; United Nations Office for Disaster Risk Reduction and Plan International, Children’s Action for Disaster Risk Reduction: Views from children in Asia, UNDDR and Plan International, Bangkok, 2012. 20 Kitzinger, Jenny, ‘Qualitative Research: Introducing focus groups’, BMJ, vol. 311, no. 7000, 1995, pp. 299–302; Parker, Andrew, and Jonathan Tritter, ‘Focus Group Method and Methodology: Current practice and recent debate’, International Journal of Research & Method in Education, vol. 29, no. 1, 2006, pp. 23–37.
20
1. Preparation and initial meeting: After the research contract was approved, a meeting was held
to discuss the tasks to be carried out. Preliminary documentation on the SPAB programme,
including available data, were collated by the research team.
2. Literature review: The research team reviewed all relevant documents on the SPAB programme
and projects, and reconstructed and analysed the intervention logic or programme theory as
well as its premise. The available existing data were analysed and interpreted. Documents were
sourced from either government bodies or NGOs.
3. Initiation phase: In its preliminary report, the research team described the evaluation design
and explained how it would go about collecting and analysing primary data.
4. Virtual data collection phase: Quantitative and qualitative data were gathered, analysed and
interpreted.
5. Presentation: A presentation of key findings (including workshop feedback) was given following
the conclusion of the fieldwork conducted in the Special Capital Region of Jakarta.
6. Draft final report: Submission and presentation of the draft final report, and request for
comments/responses from evaluation partners and contracting parties.
7. Final report: Submission of final report.
8. Journal article submission: Submission of a scientific paper about the SPAB programme in
Indonesia to relevant and credible journals.
2.4. Quality monitoring and data analysis
Questionnaires were disseminated and the survey data collected using U-Report, with the support of
the UNICEF Indonesia team. The gathered data were analysed using basic descriptive statistical
analysis in Microsoft Excel due to the relatively small sample size.
Data obtained from FGDs and interviews (where this was permitted by respondents) were audio
recorded. Key points were recorded by the research team and later included in this report.
2.5. Research schedule
The research began in early March 2020 and ended in October 2020 (see Table 1). Key milestones in
the data collection included the:
• preliminary meeting of advisory board: 11 March 2020
• U-Report survey: 15 June–10 July 2020
• mini workshops on Pillars 1, 2 and 3: 18, 19 and 23 June 2020
21
• provincial workshops: 2, 8, 9, 14, 17, 21 and 29 July 2020
• presentation to advisory board on early-stage findings: 28 July 2020
• national workshop: 27 August 2020
• dissemination of research findings: 14 October 2020.
2.6. Research ethics
Ethical clearance for this research was granted by the Ethics Committee of Atma Jaya University, in
Jakarta, on the basis of the following procedure:
1. Permission for the research is obtained from local government offices and each school.
2. Written consent is obtained in advance from each adult participant and from the
parent/guardian of each child participant. Consent forms follow the UNICEF Procedure for
Ethical Standards in Research, Evaluation, Data Collection and Analysis.
3. In addition to the written consent of the parent/guardian, the verbal consent of each child
participant must also be obtained prior to the research commencing.
4. The consent form clearly mentions that the research is to be recorded (where applicable),
meaning that giving written consent to participate in the research also grants permission to
record.
5. Children participate from familiar and safe places (e.g., at home or at school – when school
reopens – under the parent/guardian or teacher’s supervision). Timings and locations for the
research are decided in consultation with the parent/guardian and/or school committee to avoid
interruption to teaching and learning activities.
6. Activities are monitored by the parent/guardian or teacher who can oversee the whole process
and immediately inform the facilitator/researcher of any discomfort that the child experiences
during the process.
7. During the initial session with child participants, facilitators use interactive and child-friendly
methods (e.g., employing games or songs). Questions for children – whether asked in a
questionnaire or during an FGD or family interview – are age-appropriate and phrased in such a
way that they can be easily understood.
8. Topics discussed (natural hazards such as flood, landslide and drought) correspond to children’s
overall experience and are delivered to provide information without inducing stress and trauma.
9. School counsellors are available when child participants feel anxious. Where a school does not
have a counsellor, an alternative free counselling service is provided and is accessible (where
necessary).
22
10. Information about UNICEF is available to children, parents/guardians and teachers so that they
can find out more about disaster risk and its management. A research report is made publicly
available at the conclusion of the research.
11. Fieldwork is overseen by Avianto Amri, an experienced facilitator with more than 10 years’
experience of facilitating workshops for NGOs in which children are the main focus.
12. All information extracted from child participants is anonymous. Access to identifiable research
data is limited to research team members only.
13. All data (recordings and generated documents such as questionnaires) are stored as digital files
and saved in a password-protected directory on each researcher’s laptop as well as in password-
protected cloud storage.
14. Considering the country in which the research is conducted, all stages of the research comply
with Indonesia’s Law on Child Protection. All of the above steps, including obtaining permission
from local government, from school, written consent from participants or the parent/guardian
of child participants and verbal consent from child participants, are adequate and in line with
Indonesian law.
2.7. Research strengths and weaknesses
This evaluation is the first research study to comprehensively analyse the three pillars of the CSS
framework at a macro level (i.e., national level) as well as at a micro level (i.e., school level). The
evaluation was initiated by the Ministry of Education and Culture and involved an advisory board
comprising representatives of affiliated ministerial institutions that co-host the SPAB programme.
The UNICEF-supported research also involved various non-government institutions and academics,
including members of Consortium for Disaster Education networks and, at school level, head
teachers and teachers.
Additionally, more than 2,000 children and adolescents were involved in the evaluation through the
online questionnaire, which was disseminated to all provinces in Indonesia.
The downside of the research process was the onset of the COVID-19 pandemic early on in the work.
This severely restricted the research team’s ability to carry out face-to-face interviews and in-person
fieldwork, especially with children. The IT used to overcome this issue comes with its own set of
disadvantages, however, including the time needed to devise solutions, the mental energy expended
in virtual meetings, the information digging techniques required and the need for participants to
have internet access.
23
These disadvantages did not, however, preclude the achievement of successful outcomes, made
possible by the strengths of this research study. In particular, the information extracted during the
research culminated in high-quality and reliable analysis, thanks to the access and availability of the
technology (which was probably better than the approach originally envisaged).
24
CHAPTER 3. QUANTITATIVE SURVEY RESULTS AND DATA ANALYSIS
3.1. Overview
This research gathered the views of children and adolescents using an online questionnaire
disseminated through the U-Report platform developed by UNICEF. U-Report is designed to
empower young people to discuss issues that are relevant to their lives and to their aspirations to
help create positive change in their communities. In Indonesia, the U-Report mechanism uses data
obtained from UNICEF Indonesia’s database to connect with young people across the country
through Short Message Service (SMS), Facebook and WhatsApp messages.
Using the U-Report platform, the survey was conducted from 15 June to 10 July 2020. During this
data collection period, U-Report collected responses from 2,083 children and adolescents from 32
Indonesian provinces (all provinces except Bangka Belitung Islands and North Maluku). This sample
size indicates a confidence level of 95 per cent with a margin of error of 2.15 per cent. The majority
of respondents (70 per cent) were aged 13–17 years. The youngest respondent was 11 years of age
and the oldest was 18 years, while the average age was 15 years.
The questionnaire was developed based on earlier studies and aimed to measure children’s and
adolescents’ perceptions, knowledge and experience of disaster preparedness. The survey
comprised 11 questions, both demographic questions (age, address, grade level and school) and
multiple choice (closed-ended) questions regarding disaster preparedness. More questions were
originally envisaged, but the number was reduced to 11 based on previous experience of data-
gathering exercises using U-Report: respondents’ interest typically declines the more questions are
asked.
Prior to the survey’s launch, the questionnaire was tested with five child respondents to determine
its difficulty and children’s ability to answer the questions. This testing showed that respondents
could complete the questionnaire within 10 to 15 minutes and without difficulties.
The following sections discuss the survey results and data analysis of the questionnaire disseminated
using U-Report.
3.2. Children’s and adolescents’ perceptions of disaster hazards
Respondents were asked to select the three types of hazard most likely to happen in their school.
Earthquake, flood, riot and violence, (settlement) fire and tornado are the five hazards that were
most frequently identified by respondents, besides disease outbreak (see Error! Reference source n
25
ot found.). Due to data collection taking place in June and July 2020, it is reasonable that many
respondents would choose disease outbreak; the first confirmed case of COVID-19 in Indonesia was
reported in March 2020, with schools ceasing operations from April or May 2020, forcing most
children to study at home.21
The survey results for this question reveal characteristics of disasters in Indonesia. According to
Indonesia’s Agency for Meteorological, Climatological, and Geophysics (Badan Meteorologi,
Klimatologi, dan Geofisika), Indonesia has seen an increase in the number of earthquake events in
recent years, with 11,920 earthquakes recorded in 2018 and more than 10,300 earthquakes
recorded in 2019. This represents a drastic rise in events compared with the period 2008–2017,
when only 5,000 to 6,000 earthquakes were recorded each year.22 In addition, earthquake is one of
the deadliest and most damaging hazards in Indonesia, second only to tsunami.23 After earthquake,
flood is the hazard that was most often selected by respondents, because flooding has been the
most common natural hazard to occur in various regions of Indonesia.
Figure 2. Perceptions of most likely hazards at school
It is interesting to note that natural hazards are not the only hazards that the child and adolescent
respondents perceive as threats to their communities. Next in terms of causing concern to the
largest number of respondents are the hazards of riot and violence, and fire (in settlements).
Reflecting on several cases of settlement fire in urban areas such as Jakarta, these are mostly caused
21 Ihsanuddin, ‘Fakta Lengkap Kasus Pertama Virus Corona di Indonesia’, Kompas, 3 March 2020, <https://nasional.kompas.com/read/2020/03/03/06314981/fakta-lengkap-kasus-pertama-virus-corona-di-indonesia?page=all>, accessed 29 April 2021; Liputan6.com, ‘Dukung Sekolah Libur Akibat Covid-19, Mendikbud Luncurkan Portal Rumah Belajar’, 15 March 2020, <www.liputan6.com/news/read/4202236/dukung-sekolah-libur-akibat-covid-19-mendikbud-luncurkan-portal-rumah-belajar>, accessed 29 April 2021. 22 CNN Indonesia, ‘Gempa di Indonesia Meningkat dalam 5 Tahun Terakhir’, 1 December 2019, <www.cnnindonesia.com/teknologi/20191201065329-199-453026/gempa-di-indonesia-meningkat-dalam-5-tahun-terakhir>, accessed 28 April 2021. 23 Pendidikan Tangguh Bencana: “Mewujudkan Satuan Pendidikan Aman Bencana di Indonesia”.
26
by a system failure or human error – i.e., electrical short circuit, gas leak, candle fire, unattended
kitchen stove, deliberate burning of rubbish – and hence are preventable.24
The last of the most commonly cited hazards is strong winds. Strong wind events have intensified
over time, such that in 2019 they became the most common natural hazard in Indonesia, according
to data from BNPB and the Agency for Meteorological, Climatological, and Geophysics.25 Moreover,
there has been an increase in the number of tornado events caused by the combination of climate
change, increased geographic mobility and higher population density in disaster-prone regions of the
country.
3.3. Children’s and adolescents’ perspectives on disaster preparedness
The survey results show that most child and adolescent respondents (58 per cent) have experienced
disaster events. Furthermore, most children and adolescents (68 per cent) claimed that they are
either knowledgeable or very knowledgeable about how to be safe from hazards (see Figure 3).
Moreover, the majority of respondents (68 per cent) claimed that their school is either prepared or
very prepared to cope with disasters, and 56 per cent of respondents are confident that they would
survive in their classroom in the event of a disaster.
This shows that most children and adolescents have high confidence in themselves and in their
community in terms of ability to cope with disaster risks. This shared perception of high efficacy
among respondents could be because most children and adolescents have either experienced
disaster or learned from the experience of others.
Figure 3. Perspectives on disaster preparedness
24 Beritagar.id, ‘Fakta Musibah Kebakaran di DKI Jakarta’, 19 October 2017,
<https://beritagar.id/artikel/infografik/musibah-kebakaran-di-dki-jakarta-dalam-angka>, accessed 29 April 2021. 25 CNN Indonesia, ‘Bencana Puting Beliung Paling Sering Terjadi di RI Pada 2019’, 27 December 2019, <www.cnnindonesia.com/teknologi/20191227180652-199-460519/bencana-puting-beliung-paling-sering-terjadi-di-ri-pada-2019>, accessed 29 April 2021.
27
The question about what to do if a disaster occurs while at school revealed an alarming finding.
Nearly 70 per cent of respondents do not know whether their school has a procedure in place for
disasters, meaning that only about 3 in 10 children and adolescents know what to do in the event of
a disaster at school (see Figure 4). This could mean either that the school has no such disaster
response plan or that the response plan is not communicated effectively (or at all) to students.
Figure 4. Understanding of school procedure in the event of a disaster
28
3.4. How children and adolescents seek out information about disaster
preparedness
The survey results reveal that 7 out of 10 respondents have attempted to seek out
information/insights on disaster preparedness (see Error! Reference source not found.). F
urthermore, the most popular methods used by children and adolescents to search for risk/disaster
preparedness information are social media platforms (such as Instagram, Facebook and Twitter),
followed by websites (such as Google, Detik.com and Kompas.com), television, and messaging
applications (such as WhatsApp, Telegram and LINE) (see Error! Reference source not found.).
Figure 5. Attempts to know more about disaster preparedness
Figure 6. Most common means used to find out more about disaster preparedness
Social media platforms and other internet-based sources were ranked highest among the sources of
risk information used by respondents, followed by input from teachers, parents and friends. In other
29
words, more children and adolescents prefer to seek out disaster information through social media
and internet platforms than through direct interaction with the people around them.
When asked ‘What are the topics that interest you?’ with five options (see Figure 7), most child and
adolescent respondents selected the option ‘Information about how to self-rescue in the event of
disasters’. To fulfil children’s and adolescents’ aspirations, the disaster risk reduction aspect of the
SPAB programme must therefore include information on self-rescue, in addition to how to cope with
a disaster; the impact of disasters; the process of a disaster event; and how to reduce risks.
Figure 7. Topics of interest related to disaster
Respondents also showed great interest in being involved in building school resilience to disasters.
Nearly all of the children and adolescents (92 per cent) stated a desire to be either partly or fully
involved in school efforts to improve disaster resilience through the SPAB programme (see Figure 8).
Figure 8. Interest in being involved in the SPAB programme
30
3.5. Summary of survey results
Overall, the survey results show that children and adolescents in Indonesia have a high awareness of
disaster hazards in their communities. In addition to disease outbreak, earthquake, flood, riot and
violence, (settlement) fire and tornado are the hazards perceived as most likely to occur while at
school. Consequently, the SPAB programme should focus mainly on these types of hazards.
While many children and adolescents reported that they feel capable of self-rescue in the event of a
disaster, they also indicated that their understanding of disaster preparedness is lacking. They are
particularly interested, however, in learning more about topics related to disaster preparedness,
especially self-rescue methods, and exhibit a strong desire to be involved in the SPAB programme at
their school.
According to the survey, children and adolescents typically use social media and internet platforms
to seek out information regarding disasters. This can open up a space for future support for disaster
education. On the other hand, the survey also indicates that the role of teachers and parents in
education efforts demands a rethink. Consequently, disaster preparedness and/or disaster risk
reduction education (DRRE) efforts at school and at home need to be optimized to establish a
disaster-resilient society. But the context of this research could be biased by the fact that almost all
Indonesian students were involved in online learning during the last academic semester of 2020,
owing to school closures necessitated by the COVID-19 pandemic.
31
CHAPTER 4. RESULTS AND ANALYSIS FOR EACH PILLAR
4.1. Overview
Qualitative data collection was based on key informant interviews and FGDs. Owing to the COVID-19
pandemic, the entire process was carried out remotely, mainly using teleconferencing to maximize
participants’ involvement.
Each FGD was guided by semi-structured questions raised by the researchers. Participants included
teachers and head teachers; relevant government officials; staff of NGOs with experiences in
implementing SPAB programme, active in the four research locations; stakeholders at the national
level, including representatives of the National Secretariat of Disaster-safe School, Ministry of
Education and Culture, Ministry of Religious Affairs, Ministry of Public Works and Housing, and
BNPB; staff of national NGOs and international donor partners; and academics.
The findings are divided into three main sections focusing respectively on Pillars 1, 2 and 3 of the CSS
framework, which is widely used by policymakers globally and adopted by Indonesian stakeholders.
Nevertheless, there are interventions that overlap two or more CSS pillars.
4.2. Safe Learning Facilities (Pillar 1)
The scope of analysis for Pillar 1 in this evaluation includes the physical placement, design and
construction of schools; post-disaster school rehabilitation and reconstruction activities; and
periodic maintenance and supervision of facilities.
Under Pillar 1, central and local government and NGOs have made significant strides to promote the
improvement of disaster-safe facilities and infrastructure for Indonesian schools, as follows:
• Two upgrades of the original Earthquake-resistant Building Code (SNI 1726:2002) by the Ministry
of Public Works and Housing in 2012 and 2019. In the latest revision, SNI 1726:2019, school
buildings are incorporated into Risk Category IV, which means that they must be earthquake-
resistant, and a 1.5 safety factor must be applied to schools compared with normal safety factor
for buildings in general.
• Over the 12-year period 2008–2019, the Ministry of Education and Culture, specifically the
Directorate of Primary Schools, has used the state budget to cover the costs of the rehabilitation
of school buildings and classrooms and the procurement of school supplies and information and
communication technology (ICT) for schools.
• A clearer mechanism for school recovery is now in place. In general, school construction – as
well as the rehabilitation and reconstruction of schools – is carried out by the Directorate of
32
Strategic Infrastructure, Directorate General of Human Settlements, Ministry of Public Works
and Housing. For schools, including madrasas, and universities located in ‘3T regions’ (Tertinggal,
Terdepan, dan Terluar or least developed, frontier, and outermost regions), it has become a new
imperative for the Ministry of Public Works and Housing to launch or prioritize post-disaster
renovation and rehabilitation and ensure quality control.
• Improvements in planning for school safety can be traced down to the school level. Schools
located in disaster-prone areas are now geotagged by the type of hazards exist in the location
through InaRISK, using a combination of central data from the Ministry of Education and Culture
(DAPODIK database) and BNPB data (see Note: This map does not reflect a position by UNICEF on the legal
status of any country or territory or the delimitation of any frontiers. Source: inaRISK (BNPB, 2021)
•
).
• A Pillar 1 learning module for the SPAB programme has been produced by the Ministry of
Education and Culture and UNICEF.
• At least 12 local governments recently issued new regulations to promote the SPAB programme.
For instance, the Provincial Government of East Nusa Tenggara now has a policy (Circular Letter
of the Department of Education and Culture of East Nusa Tenggara regarding Satuan Pendidikan
Aman Bencana or SPAB) that safe school facilities and infrastructure are a requirement for
school accreditation, encouraging the provision of emergency equipment for every school.
• For schools in areas affected by disaster, there has been more systematic provision of
equipment and materials, for example, emergency school tents, recreational equipment and
school supplies. Both FGD participants and key informants suggested that the central
government currently has an allocated budget for the provision and distribution of school tents
in times of emergency. For instance, the Directorate of Primary Schools of the Ministry of
Education and Culture supported schools affected by earthquake and tsunami in Central
Sulawesi in 2018 through distribution of emergency school tents to 211 primary schools;
rehabilitation and reconstruction of damaged school facilities, in total 50 classrooms across 218
primary schools; and provision of school supplies for 904 primary schools.
• Recovery efforts have been provided to schools affected by disaster by the Ministry of Public
Works and Housing, for instance, following the 2016 earthquake in Pidie Jaya and Bireuen, and
following the earthquake in Lombok and the earthquake and tsunami in Central Sulawesi in
2018. Partnerships between the Ministry of Education and Culture and NGOs also play an
important role in the establishment of transitional and/or semi-permanent schools to house
students until the rehabilitation and reconstruction of the original schools is complete.
33
• Central government is responsive in the handling of the COVID-19 pandemic in the education
sector, where one of the measures is to provide or repair handwashing facilities in schools.
• There is now a clearer mechanism for post-disaster financing for schools, as regions can access
the Special Allocation Fund (Dana Alokasi Khusus) for the rehabilitation of schools, school
construction, and the procurement of school supplies and ICT.
Figure 9. InaRISK interface showing schools located in disaster-prone areas
Note: This map does not reflect a position by UNICEF on the legal status of any country or territory or the delimitation of
any frontiers. Source: inaRISK (BNPB, 2021)26
Up until the 1990s, school construction was carried out by the Ministry of Public Works and Housing.
The management of school construction was then taken over by the Ministry of Education and
Culture. In 2019, the Ministry of Public Works and Housing was given a mandate to manage school
facilities and infrastructure through Presidential Regulation No. 43 of 2019 on the Construction,
Rehabilitation or Renovation of Public Markets, University Infrastructure, and Primary and
Secondary Educational Unit Infrastructure. Following the adoption of this regulation, the Center for
Development of Education, Sports and Market Facilities and Infrastructure was established, also in
2019. In 2020, it became part of the Directorate of Strategic Infrastructure under the auspices of the
Directorate General of Human Settlements of the Ministry of Public Works and Housing.
The renewed involvement of the Ministry of Public Works and Housing suggests that there are now
greater concerns about the physical safety of schools in Indonesia. The concept of managing
disaster-safe schools implemented by the Ministry of Public Works and Housing involves the
fulfilment of technical requirements for building worthiness (including safety, well-being, comfort
26 Dr. Udrekh, Direktorat Sistem PB-BNPB, “Pengembangan InaRISK Untuk Edukasi Kebencanaan,”
https://bnpb.go.id/berita/monitoring-dan-evaluasi-program-spab-di-aceh-besar.
34
and convenience) that strive to ensure safe and comfortable learning spaces, facilities for teaching–
learning activities and character development, and basic infrastructure, as well as accessibility. For
instance, school buildings should have an earthquake-resistant structure and guiding block in
hallways; a field used for flag ceremonies and sports may simultaneously serve as an assembly point;
and wheelchair ramps, outward-opening doors and accessible toilet facilities for female and male
students with disabilities should be available.
The school structure should also consider safety in terms of functioning as a sanctuary to protect
local community members affected by disaster. For instance, in Jakarta, renovated schools can be
converted into shelters for locals living nearby in the event of flood. This needs to be complemented
with good education management efforts in times of emergency to make sure that the teaching–
learning process is not interrupted while awaiting the disaster recovery process to commence.
“The main function of [the] school’s structure is to facilitate teaching–learning
activities for future generations and to concurrently work as shelter in time of
disaster.”
– FGD participant
4.2.1. Relevance
According to data from the Ministry of Education and Culture, 13 larger disaster events in Indonesia
from 2010 to 2019 have had a serious impact on Indonesian schools.27 Over the decade, disasters of
all scales – including forest and land fire, earthquake, tsunami, volcanic eruption, flood, and tornado
– affected some 62,687 schools, in turn affecting about 12 million students.28 Based on the Ministry
of Education and Culture report (2019), of the 492 public facilities damaged in the Lombok
earthquakes of 2018, 373 (about 76 per cent) were educational facilities. Collectively, the 2018
disasters in Lombok and Central Sulawesi have damaged more than 2,500 schools, affecting more
than 140,000 students.
The actual number of schools affected by hazards may be even greater than 62,687 schools. This is
because, in general, data collected by the Ministry of Education and Culture concern those schools
damaged by medium- to large-scale disaster events. Meanwhile, small-scale disaster events, which
occur more frequently and, in a sense, also have a significant impact on educational facilities and
infrastructure in Indonesia, may be overlooked by the data.
27 Pendidikan Tangguh Bencana: “Mewujudkan Satuan Pendidikan Aman Bencana di Indonesia”. 28 Ibid.
35
At the same time, the structural quality of schools is compromised by poor adoption of the various
iterations of the national standard for earthquake-resistant structures (SNI 1726). In addition, lack of
enforcement of the building codes (standards) during the construction process is the key problem in
ensuring the implementation of CSS Pillar 1. Structural safety standards for new school buildings
refer to only two types of hazard, i.e., seismic activity and fire. Meanwhile, other types of hazard,
such as flood, landslide, volcanic eruption, tsunami and tornado, are not yet included. Collaboration
with academics and professional associations is necessary to draft various standards to protect
against further types of disaster hazard.
“The core value of [the] building structure for achieving disaster-safe education is
the fulfilment of technical requirements during its construction. The building
structure must be reliable. This reliability in question comprises safety,
convenience, comfort, well-being.”
– Interviewed representative of the Ministry of Public Works and Housing
Furthermore, government must actively forge partnerships with other parties. The private sector
needs to be involved in at least two aspects requiring improvement. The first is inviting influential
actors to be involved in the process of building construction and maintenance, such as contractors,
professional associations, and a team of building experts to perform safety inspections and
supervision. Local governments must each assemble such a team of building experts to inform field
implementation, as stipulated in the Regulation of Minister of Public Works and Housing No. 11 of
2018 regarding Team of Building Experts, Technical Assessor, and Building Inspector.
The second aspect for improvement includes inviting the private sector to collaborate in resource
mobilization, including support for funding to support the accomplishment of disaster-safe school
facilities. Many schools are currently located in disaster-prone areas. The InaRISK platform (a risk-
and hazard-mapping system owned by BNPB) uses data from DAPODIK (the national education
database managed by the Ministry of Education and Culture) and national risk assessment data from
InaRISK itself as the basis for school risk mapping. InaRISK shows that at least 54,080 Indonesian
schools are located in flood-prone regions; 52,902 schools are in regions prone to earthquake;
15,597 schools are in areas prone to landslide; 2,417 schools are in tsunami-prone regions; and
1,685 schools are in areas prone to volcanic eruption.29
BNPB and other institutions have published disaster risk maps specific to each type of disaster
hazard, including earthquake, tsunami, volcanic eruption and vulnerability to mass movement
(which may cause landslide) as well as other risk maps, such as for flood risk. Unfortunately, risk
29 Ministry of Education and Culture and National Disaster Management Agency, Pendidikan Tangguh Bencana, 2019.
36
communication efforts on a more systematic and ambitious scale – especially for the school
communities in which these maps are used – have yet to be carried out. Meanwhile, these maps
should function as the basis for CSS policymaking to determine follow-up measures for each region,
especially at-risk regions; for awareness raising and the building of disaster literacy; and for further
development of CSS implementation. There is a clear need to promote safer schools and
infrastructure in Indonesia.
Based on the findings of the literature review and FGDs, placement of disaster-safe schools should
avoid:
• the most vulnerable zone of volcanoes
• the most vulnerable zone in areas prone to mass movement
• locations within fault lines with a radius of 15 metres
• tsunami-prone areas (especially in locations very close to coastal areas where school
community members would have little time to save themselves)
• areas with flash flood potential.
There is an implementation gap, however. Decisions regarding school placement remain the
responsibility of local government (at the provincial and district level). This is an interesting finding
considering that, at the national and local level, the National Secretariat of Disaster-safe School has
not involved the Ministry of Home Affairs, which direct supervises local government leaders. School
relocation is also a complex matter as it involves an entire ecosystem, consisting of several
communities, and is determined by various social, economic, cultural and political factors.
Local government also plays an important role in achieving the objectives of the SPAB programme,
which include allocating budget for school rehabilitation and reconstruction. For instance, the
Provincial Government of the Special Capital Region of Jakarta allocated a budget of IDR 2 trillion to
renovate 147 schools in 2019. This effort may be replicated by other local governments to promote
disaster-safe school facilities and infrastructure in their respective locations. This will be important
given that, under the existing Presidential Regulation, the Ministry of Public Works and Housing is
mandated to implement the SPAB programme only in 3T regions of the country. This policy remains
unknown by local governments, causing unnecessary dependency on central government.
4.2.2. Effectiveness and efficiency
The SPAB programme has yet to be extensively developed and prioritized, especially in terms of CSS
Pillar 1. Neither the role of the National Secretariat of Disaster-safe School at national level nor that
37
of the Joint Secretariats of Disaster-safe School/Madrasa at local level has had a satisfactory
outcome to date, as collaboration among stakeholders to support the establishment of disaster-safe
school facilities and infrastructure remains limited. This may reflect the fact that only 2 of the 24
Pillar 1 achievements (8 per cent) are incorporated in the Disaster-safe School Roadmap 2015–2019
– that is, the drafting of a Pillar 1 learning module and the provision of emergency equipment.
Disaster-safe school facilities are, in fact, a priority for neither government nor school communities,
causing non-optimal SPAB implementation specifically in terms of meeting the Pillar 1 standards.
In 2019, the Ministry of Public Works and Housing identified which Indonesian schools required
renovation. Of the approximately 10,000 damaged schools recorded in DAPODIK, only about 3,600
schools were verified as in need of renovation, and at least 1,467 schools were renovated
accordingly by 2019. Data from the Ministry of Religious Affairs showed that approximately 1,000
madrasas were categorized as having mild to severe damage; following a verification process, about
419 madrasas were set to proceed with renovation, with 144 units renovated in 2019 (see Error! R
eference source not found.).
Based on the 2019 data, this implies that school renovation (including retrofitting) is carried out by
the Ministry of Public Works and Housing at a rate of about 1,500 schools per year. At this rate, it
will take more than 33 years for Indonesia to renovate and/or retrofit its 50,000 seismically
vulnerable schools.
Furthermore, the fieldwork found that there are still gaps in the data managed by the Ministry of
Education and Culture, Ministry of Religious Affairs and Ministry of Public Works and Housing. This is
caused, in particular, by the absence of standardized assessment tools adopted by all three national
ministries and could potentially affect planning.
In addition, many schools do not know about and/or do not hold a Certificate of Worthiness
(Sertifikat Laik Fungsi) issued by the local government. The Certificate of Worthiness is issued by
local government to process a Building Construction License (Izin Mendirikan Bangunan or IMB) and
it serves as evidence of compliance with building codes and standards. A Certificate of Worthiness
issued for buildings in general, including schools, has a validity period of five years.
To fulfil the requirements of disaster-safe school facilities calls for strict supervision during the
construction process, since it is the technical construction of the school that determines its
structural quality – irrespective of the presence (or not) of good planning.
“We have SNI, ministerial regulations, guidelines regarding Pillar 1, you name it.
But, according to the assessment result in the field, nearly all schools have not
38
yet met the technical requirements.”
– Interviewed representative of the Ministry of Public Works and Housing
39
Figure 20. School and madrasa renovation by the Ministry of Public Works and Housing in 2019
At one point or another, the construction of school buildings also involves labour-intensive activities
– undertaken by largely untrained construction workers. This practice must be carefully monitored,
particularly in terms of workers’ capacity to deliver earthquake-resistant or disaster-safe school
structures, given that they are unlikely to be familiar with such concepts. Poor understanding of the
construction of disaster-resistant buildings has become a human resource challenge, especially in
regions with more untrained workers. Additionally, school building designs and specifications may
vary from one area to another, resulting in difficulties in constructing buildings of a consistent
quality and maintaining quality after buildings have been constructed.
Education facilities and infrastructure in Indonesia are far from sufficient and are not child-friendly.
The provision of facilities and infrastructure for children and adolescents with disabilities is paid
insufficient attention by the relevant institutions. Fulfilment of safe school facilities and
infrastructure must conform to child-friendly principles. To date, several schools have not fully
40
implemented the all-inclusive measures, for instance, some schools still use tables with acute angles
(which may be dangerous for some students) while others place evacuation signs such that they are
invisible from a child’s point of view.
4.2.3. Impact
Both government bodies and NGOs have played a part in the implementation to date of CSS Pillar 1,
to ensure that the safety of school facilities is in the best interests of all parties and relevant to
existing needs. International donor organizations and private sector actors have occasionally
provided support for Pillar 1. Their net contributions are not well documented, however.
Due to the high capital inputs involved in the construction or renovation of physical infrastructure,
only a few NGOs promote SPAB programme activities related to the strengthening of CSS Pillar 1.
Some NGOs have been more engaged in this area, as they have started to conduct activities such as
improving the school building structure (retrofitting); building retaining walls to protect against
landslide; digging biopore infiltration holes and building infiltration wells, for flood adjustment; and
performing technical inspections to assess school building safety.
4.2.4. Sustainability
Learning from the 2009 earthquake events in West Sumatra, the Government of Indonesia started to
include school buildings in Risk Category IV. This means that schools must be designed to resist
earthquakes and to meet a safety factor of 1.5 – the highest level of safety for public buildings. Over
the period 2008–2019, various regulations and policies issued by the Government have encouraged
the achievement of disaster-safe school facilities. Unfortunately, most such policies are not
mandatory and a lack of clarity surrounds the roles and responsibilities mandated to authorities and
institutions relevant to SPAB implementation, especially CSS Pillar 1.
The Ministry of Public Works and Housing issued technical guidance for design standardization and
school damage assessment on 27 October 2020, through the Circular Letter of Directorate General
of Human Settlements No. 47/SE/DC/2020. Technical Guidance for School and Madrasa Design
Standardization is expected to maintain the quality of technical plans for school and madrasa
construction and rehabilitation/renovation, while Technical Guidance for School and Madrasa
Damage Assessment is to be used as an instrument for identifying the level of building damage as a
basis for determining follow-up action. These documents function as technical guidance for planning
the construction of disaster-safe schools, as stipulated in Pillar 1 (see Figure 11).
41
The fulfilment of disaster-safe facilities and infrastructure may also be incorporated as one of the
indicators for school accreditation. (This was implemented by some schools in East Nusa Tenggara,
even though the use of the indicator turned out to be suboptimal.) Consequently, schools that wish
to be accredited must meet all of the indicators, including the fulfilment of disaster-safe facilities
and infrastructure. This also means that local governments should play a critical role in supporting
schools to meet structural safety standards.
Implementation of CSS Pillar 1 is unsustainable due to the absence of formal mechanisms for the
monitoring and supervision of the implementation of existing SPAB-related policies. One of the
examples that was raised concerning the lack of monitoring of compliance with SNI 1726, which is
supposed to be linked to the Certificate of Worthiness and Building Construction License. The
absence of a monitoring mechanism for SNI compliance in the construction process results in a lack
of information about how many schools adopt multi-hazard mitigation measures.
Figure 11. Extract of Ministry of Public Works and Housing presentation given at Pillar 1 workshop
Source: Ministry of Public Works, 2020
4.2.5. Innovation
Several innovative measures have been carried out regarding Pillar 1:
• A more detailed mapping of schools represents good progress at the national level. Schools
that are exposed to multiple types of hazard have been identified. Data on school
infrastructure (from DAPODIK, owned by the Ministry of Education and Culture) have been
integrated with national risk assessment data (from InaRISK, owned by BNPB) and made
publicly accessible via the InaRISK platform. Through this mapping, the National Secretariat
of Disaster-safe School also has access to data on schools in disaster-prone areas. This
42
suggests that where there is political will, policy intervention can directly target vulnerable
schools that are exposed to multiple hazards.
• New applications for building safety assessment have recently been developed. VISUS
(Visual Inspection for defining the Safety Upgrading Strategies) was developed by the United
Nations Educational, Scientific and Cultural Organization (UNESCO) and the University of
Udine, Italy; and STEP-A was developed by the United Nations Development Programme in
collaboration with stakeholders of the Consortium for Disaster Education. These apps help
school community members to assess building safety against various types of hazard. At the
time of writing, however, the apps have yet to be made public, and so unfortunately cannot
currently be used to advocate for support for the SPAB programme.
• Sporadic innovations have been made by local governments. For example, a web-based
information platform for the detail mapping of schools affected by disaster and in need
rehabilitation and reconstruction was developed by the Center for Educational Assessment
of the Department of Education and Culture of Central Sulawesi in collaboration with
UNICEF and Yayasan Plan International Indonesia In the aftermath of the earthquake and
tsunami events in Central Sulawesi in 2018, the platform was a source of information for
affected communities about the impact of the disaster on the education sector as well as
updates on recovery efforts.
4.2.6. Lessons learned
There are inconsistencies in the central data of the Ministry of Education and Culture held in the
DAPODIK database. Views from representatives of the Ministry of Public Works and Housing suggest
that school damage identification data compiled in DAPODIK need to be standardized, as there are
discrepancies when compared with data in databases owned by other ministries.
Budget allocation from local government for post-disaster renovation and rehabilitation of schools
remains non-existent. An alternative model for post-disaster financing for schools depends on
central government budget; other alternative sources of funding should be considered to enable
schools to achieve financial independence.
A more systematic approach to the monitoring and evaluation of implementation of CSS Pillar 1 is
needed. This includes the need to monitor and enforce the implementation of earthquake-resistant
construction techniques when local stakeholders build new schools or reconstruct and renovate
schools after disasters. There is a greater urgency to implement enforcement of the school building
Certificate of Worthiness. This mechanism requires suitably trained individuals to oversee the
43
construction process, especially in remote and vulnerable locations. School building designs and
specifications may vary from one place to another, making it difficult to ensure the uniform
worthiness of the constructed buildings. Both structural and non-structural building failures were
commonly observed in earthquake-affected schools, owing to ignorance of existing building codes
(such as SNI 1726).
In regard to school building planning and design related to local characteristics and hazards, it is
important to assign suitably qualified personnel – in both the Ministry of Public Works and Housing
and the Department of Public Works and Housing in the remote region – to support not only the
planning process but also the monitoring and implementation of Pillar 1. Such mandates must also
be decentralized in all areas across Indonesia, although this is challenging because of the limited
human resources in the Ministry of Public Works and Housing and other relevant institutions,
particularly to strengthen capacities and monitor the implementation at the local level. It is
necessary to implement strict monitoring and supervision of the school building construction
process, by either the Ministry of Public Works and Housing, Department of Public Works and
Housing or another relevant organization/entity (e.g., a team of building experts) depending on the
conditions of the region. This is because many construction workers are unfamiliar with earthquake-
resistant building methods and have not implemented the relevant standards in practice, in
accordance with the planning. Local government also needs to be more committed to Pillar 1
implementation.
The Earthquake-resistant Building Code (SNI 1726) is the standard for the seismic design of buildings,
including schools. The latest iteration of the code, SNI 1726:2019, incorporates school buildings into
Risk Category IV, which is the most severe category, requiring the most stringent measures. Central
and local government and advocates of the SPAB programme need to communicate the code and
similar standards more aggressively to stakeholders.
4.3. School Disaster Management (Pillar 2)
The scope of analysis for Pillar 2 in this evaluation comprises all attempts to create a management
system for disaster countermeasures in school, including risk assessment; formation of a disaster
alert team; further development of SPAB-related policies at school level; preparedness and
countermeasure planning for education in times of emergency; and development of action plans.
In summary, central and local government and NGOs have made various efforts under Pillar 2 to
support disaster management in Indonesian schools, as follows:
44
• A ministerial regulation – the Regulation of the Minister of Education and Culture No. 33 of 2019
concerning Implementation of the Disaster-safe School Programme – has been adopted to
regulate disaster management in schools.
• Local-level policies on school disaster management are in place in the provinces of Aceh, Bali,
Bangka Belitung Islands, Central Sulawesi, East Nusa Tenggara and the Special Capital Region of
Jakarta, as well as in eight regencies/cities.
• Learning materials for Pillar 2 have been made available by the Joint Secretariats of Disaster-safe
School/Madrasa. These materials include a learning module on disaster management in schools.
• A dedicated national website has been created to support knowledge sharing on the SPAB
programme and to serve as a repository for related documents such as policies, regulations and
guidelines (at national to local level) as well as learning resources developed by NGOs.
• A policy document – namely the Disaster-safe School Roadmap 2015–2019, which has since
been updated – outlines how to go about the development of technical guidelines, the
strengthening of partnerships with NGOs to scale up the technical assistance for schools at local
level, and the development of disaster preparedness instruments for schools, as well as offering
technical guidance on the three pillars of Safe School.
• The National Secretariat of Disaster-safe School was formed, its membership comprising various
non-government institutions that are mainly engaged in the implementation of Pillars 2 and 3.
• Schools nationwide participate each year in a joint disaster simulation exercise on Indonesia’s
National Disaster Preparedness Day, 26 April.
• Development and publication of Guidelines for Education in Emergencies as an attempt to
ensure a rapid response to emergencies by the education sector and to ensure the effective
recovery of schools following a disaster event.
• Indonesia is one of the pioneering countries that also promotes the SPAB programme at the
global level as well as among ASEAN member countries.
4.3.1. Relevance
Ministry of Education and Culture data on damaged school facilities and infrastructure show that the
types and levels of risk facing Indonesian schools, combined with their (generally) unsafe facilities
and infrastructure, must be counteracted by a form of improved disaster management at the school
level.
School disaster management includes the development of safety and security procedures for the
school, including by assigning roles using elements of 5W1H (what, who, where, when, why, how?);
45
the formation of a disaster alert team in school; and the adoption of necessary measures on what to
do before, during and after disaster events. Such actions should be complemented by a planned
emergency evacuation route, a well-publicised evacuation map, clearly visible evacuation signage
and other essential information for staff and students (see Figure 12).
Figure 32. My School is Prepared information board
Source: BNPB, 2020.
Currently, only 5 per cent of all Indonesian schools (approximately 13,000 of the country’s more
than 272,000 schools) have received an intervention from the SPAB programme. According to the
data from the FGDs, the programme does focus chiefly on CSS Pillars 2 and 3. But this very low
proportion of schools to receive an intervention means that improving on programme efforts related
to Pillar 2 (as well as the other pillars) is highly relevant – especially for schools in disaster-prone
areas.
4.3.2. Effectiveness and efficiency
Indonesia has become one of 68 countries worldwide deemed to have good overall policies on
disaster risk reduction (GADRRES, 2017). It has achieved this by converging its education policies for
non-emergency situations with its education policies for times of emergency, the latter of which are
implemented in collaboration with, and with immense support from, the United Nations and
numerous NGOs.
46
Various national-level policies to support SPAB implementation have been issued by BNPB, the
Ministry of Education and Culture and the Ministry of Public Works and Housing, including guidelines
developed by the National Secretariat of Disaster-safe School, NGOs, donor organizations,
universities and private companies. Other stakeholders which have developed regulations, policies
and initiatives regarding disaster education and school safety management in Indonesia in the
period 2008–2019 include provincial- and district-level organizations such as the Regional Disaster
Management Agency (Badan Penanggulangan Bencana Daerah; BPBD), Departments of Education
and Culture, and Departments of Public Works and Housing; local NGOs; and universities.
Currently, the main legal basis for SPAB implementation in Indonesia is the Regulation of the
Minister of Education and Culture No. 33 of 2019 concerning Implementation of the Disaster-safe
School Programme (for brief details of all national- and local-level regulations, see Figures 13 and
14). This regulation specifies how the SPAB programme is implemented before, during and after
disaster events; the range of services to be provided; the procedures for establishing the National
Secretariat of Disaster-safe School and the Joint Secretariats of Disaster-safe School/Madrasa; the
funding mechanism for the SPAB programme; and methods for the regular monitoring and
evaluation of the programme.
Factors that have accelerated SPAB implementation in Indonesia include the development of
technical guidelines and learning modules on the three pillars of CSS (published in 2016 by the
Ministry of Education and Culture and BNPB) and active support from various NGOs from the same
year onwards.
Improving the implementation process driven by the Ministry of Education and Culture and BNPB
runs in parallel with improving collaboration with external organizations to support the SPAB
programme. Through partnerships with the likes of the School Scouts, Disaster Preparedness Cadets
(Ministry of Social Affairs), Indonesian Youth Red Cross and Hizbul Wathan Scout Movement
(Muhammadiyah), SPAB activities can be promoted as an extra-curricular option for school students
– they may even be mandatory for some students. This initiative to improve collaboration is
accompanied by learning modules for partner organization facilitators/trainers, for instance, a
learning module for School Scouts’ leader and its members. This may be an effective strategy to
expand the scope of the SPAB programme.
At the local level, the development of the SPAB programme is still under way. The main actor in
charge of SPAB implementation in a province/district is the Joint Secretariat of Disaster-safe
School/Madrasa (where this exists). Just like the National Secretariat of Disaster-safe School, each
Joint Secretariat acts as a platform to improve multi-party coordination and collaboration, especially
across the education and disaster management sectors, but on a local level.
47
Figure 43. Regulatory framework for the SPAB programme
Source: Kemendikbud, 2020
In 2019, Aceh Province – specifically its Department of Education and Culture and Aceh Disaster
Management Agency – initiated the formation of a Joint Secretariat with support from several NGOs.
The impact that this newly formed Joint Secretariat has already had is apparent from its recent
advocacy efforts to push local government to draft a specific local regulation (qanun) to regulate the
disaster education agenda. At the time of writing, the draft qanun is currently being discussed by the
Aceh House of Representatives.
In terms of budgeting, Aceh has received financial support for the SPAB programme through the
Special Allocation Fund dedicated by central government to disaster management activities (i.e., the
rehabilitation of schools, school construction, and the procurement of school supplies and ICT).
In Central Sulawesi Province, the education agency, religious agency, and disaster management
agency drafted policies related to disaster-safe school and led by the provincial government in the
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aftermath of the earthquake, tsunami and liquefaction events in 2018. This chiefly concerned Sigi
Regency, Palu City and Donggala Regency as well as the province as a whole. In addition, the
Governor’s Regulation no 420/785/DISDIK/2019, a Joint Secretariat of Disaster-safe School/Madrasa
and a school hazard map are in place in Central Sulawesi.
In East Nusa Tenggara, in addition to policies, monitoring and evaluation tools developed by the
Secretariat for Disaster-Safe School of East Nusa Tenggara through Governor Decree no
303/KEP/HK/2017 are used for assessment and audit purposes. An accreditation instrument for
SPAB implementation has been devised with reference to an instrument issued in 2017 by the
National Accreditation Board for Schools and Madrasas (Badan Akreditasi Nasional
Sekolah/Madrasah). Additionally, several schools in the province have integrated the SPAB
programme into extra-curricular activities. These achievements are the result of effective
collaboration between various parties, including the Local Office of Education and Culture, the Local
Office of the Ministry of Religious Affairs, BPBD and many NGOs.
“The integration of learning module regarding disaster management into intra-
curricular and extra-curricular activities has been implemented. We have
received assistance in terms of SOP [standard operating procedure] for
integrating the material into school subjects. For fourth to sixth graders, the
material comes in a form of implemented instructions to date, while for first to
third graders, it comes in a form of comic strips about disaster and posters put on
the walls in each classroom.”
– Teacher, East Nusa Tenggara
Meanwhile, the Special Capital Region of Jakarta passed the Governor’s Regulation No. 187 of 2016
regarding Implementation of Disaster-safe School and Madrasa. This regulation includes 10
performance indicators for the SPAB and SMAB programmes, with the focus mainly on the
implementation of CSS Pillars 2 and 3. The detailed indicators are as follows:30
1. Formulation of school hazard map by school/madrasa head teacher.
2. Formulation of fixed procedures on school disaster management by school/madrasa head
teacher.
3. Formulation of safe school action plan by school/madrasa head teacher.
4. Establishment of disaster alert team at school by school/madrasa head teacher.
30 Jaringan Dokumentasi dan Informasi Hukum (JDIH) Jakarta, “Peraturan Gubernur Nomor 187 Tahun 2016 Tentang Penyelenggaraan Sekolah Dan Madrasah Aman Bencana” (Government of the Special Capital Region of Jakarta, n.d.), https://jdih.jakarta.go.id/uploads/default/produkhukum/PERGUB_NO.187_TAHUN_.2016_.pdf.
49
5. Availability and instruction of learning modules for disaster management, including on flood
control, fire safety, and earthquake and tornado preparedness, for school/madrasa students.
6. Availability of teachers who are capable of guiding and facilitating the implementation of
disaster management, including flood control, fire safety, and earthquake and tornado
preparedness, at school/madrasa.
7. Availability of safety infrastructure, fire extinguishers, life vests, ropes, evacuation signs, first aid
kits and megaphones/sirens.
8. Implementation of disaster simulation exercises at school/madrasa at least once a year.
9. Implementation of monitoring and evaluation for safe school/madrasa activities.
10. Promotion of safe school/madrasa campaigns at school by school committee.
According to data for the Special Capital Region of Jakarta obtained from its BPBD, implementation
of the SPAB programme has been conducted in more than 380 of the region’s schools to date. The
Department of Education and Culture of the Special Capital Region of Jakarta has also provided
teachers with training on SPAB, through the Center for Competency Development of Educators and
Educational and Vocational Personnel (Pusat Pengembangan Kompetensi Pendidik, Tenaga
Kependidikan dan Kejuruan).
“Disaster-safe school is the one with well-built buildings, equipped with
evacuation signs, early warning tools, and fire extinguishers. It is also necessary
to conduct training [on SPAB] once in a while.”
– Teacher, Special Capital Region of Jakarta
Implementation of other activities specifically related to Pillar 2 in the Special Capital Region of
Jakarta include training for students, and regular disaster simulation exercises involving the police
department, public health centre and village officers. To monitor implementation of the SPAB
programme, the Jakarta-based Red Cross Society of Indonesia initiated, in 2018, the drafting of a
SPAB monitoring instrument in collaboration with BPBD; the Department of Education and Culture;
the Department for Empowerment, Child Protection and Population Control; the National
Secretariat of Disaster-safe School; Wahana Visi Indonesia; and Yayasan Kausa Resiliensi Indonesia.
In 2019, the instrument was adopted into healthy school assessment in the Special Capital Region of
Jakarta.
“In terms of Pillar 2, we – representatives from Department of Education [and
Culture], along with Damkar [fire department], BPBD and several NGOs – have
provided assistance regarding disaster-safe school management.”
50
– Representative of the Department of Education and Culture and FGD
participant
Many schools still do not have an evacuation map and signage. The SPAB programme (particularly
those activities related to CSS Pillar 1) encourages the fulfilment of safety infrastructure, one aspect
of which is the provision of an evacuation map and route signs in schools. Once each school is able
to recognize the disaster risks in its local area, it can then devise an action plan that encompasses an
emergency plan for use in the event of a disaster – including, for instance, putting in place an
evacuation map and signage before any disaster events occur.
SPAB implementation in Indonesia has adapted to change and continues to progress. During the
early stages of the programme’s implementation, conventional or face-to-face methods were most
prevalent. Over time, the Government of Indonesia – through the Ministry of Education and Culture
and BNPB, with support from NGOs – has developed an online e-learning platform for teachers and
educators, to enable a more time-efficient learning process. In addition, the technical guidance
programme currently taking place online encourages teachers and head teachers to participate in
devising follow-up plans, including to build an effective disaster management system at school.
4.3.3. Impact
Currently, more than 250,000 Indonesian schools are located in disaster-prone regions – that is,
about 90 per cent of all schools in the country. In terms of overall coverage, more than 62 million
school children and 8 million college students are affected. The advancement of the SPAB
programme – and the underlying CSS framework that it implements – has been prioritized by
government and other relevant stakeholders in education to ensure safe education for children.
Since the SPAB programme was introduced in Indonesia in 2008, more than 27,000 schools (about
10 per cent of all schools) have implemented the programme, using funds totalling IDR 842 billion
(US$57.3 million) received from the state budget, bilateral donors and NGOs.
The Ministry of Education and Culture, the Ministry of Religious Affairs and BNPB recognize the
significant impact brought about by the SPAB programme over the period of implementation of the
Disaster-safe School Roadmap 2015–2019 (see Figure 14). This is reflected in the approval of an
annual budget allocation for SPAB implementation as well as by the enactment of the Regulation of
the Minister of Education and Culture No. 33 of 2019 concerning Implementation of the Disaster-
safe School Programme, complemented by the Regulation of the Head of BNPB No. XX of 2014 on
the implementation of safe school.
51
Collaboration in encouraging the achievement of programme coordination and synchronization
across institutions has brought about the establishment of the National Secretariat of Disaster-safe
School, comprising members across government and ministerial bodies: Ministry of Education and
Culture, Ministry of Religious Affairs, BNPB, Ministry of Women’s Empowerment and Child
Protection, and Ministry of Public Works and Housing. A few Joint Secretariats of Disaster-safe
School/Madrasa are also established in various regions in Indonesia, at both the provincial and
district level.
4.3.4. Continuity
Despite challenges, implementation of the SPAB programme has been encouraged through various
initiatives. For instance, a collaboration between BNPB, the Ministry of Education and Culture and
local NGOs from 2015 to 2020 advanced SPAB implementation during this period. Some strategies
used include the appointment of national facilitators from various institutions to promote Pillar 2 in
the regions, facilitation of programme implementation, and capacity building of local facilitators on
Pillar 2 and Pillar 3 activities.
BNPB has also been collaborating with the Indonesian Scout Movement (Gerakan Pramuka
Indonesia) in some of the schools in some regions, which has been possible because the majority of
the Scout leaders are teachers and education personnel. This strategy was effective in some areas
such as Rembang Regency in Central Java. In 2019, BNPB and the Scout Movement provided disaster
preparedness training in 7 locations across 16 regencies/cities, involving 35 Scout masters. In total,
338 disaster management facilitators were trained. According to BNPB, the recruited and trained
facilitators have been making an impact for at least 33,000 students.31 In the view of an interviewed
BNPB official, the 338 facilitators would continue to provide assistance in their respective regions.
The researchers were unable to verify this claim.
4.3.5. Innovation
Various innovations have been developed by central government and NGOs to expand the scope of
Pillar 2 implementation in Indonesia through the SPAB programme. In terms of product innovation,
31 National Disaster Management Agency, ‘Acceleration of SPAB Implementation in Indonesia’ (Percepatan Implementasi
SPAB di Indonesia), PowerPoint presentation, 2020.
52
the Ministry of Education and Culture, through the National Secretariat of Disaster-safe School, has
made at least four major innovations:
• The launch of an online (e-learning) portal for SPAB training, which is accessible via the
website at <https://simpatik.belajar.kemdikbud.go.id/user/spab>. This portal uses the SPAB
technical instruction system. The course consists of 12 modules delivered in creative and fun
ways through the addition of images, videos, graphics, reading materials and quizzes. The
target audience for this innovation is teachers and education personnel, although in practice
any interested party may sign up for the training.
• The launch of a dedicated SPAB website managed by the National Secretariat of Disaster-
safe School, available at <https://spab.kemdikbud.go.id>. The website includes learning
resources and modules, policies, and ICT resources that anyone can access to obtain data
and information related to the programme.
• Integration of data on school infrastructure from DAPODIK (owned by the Ministry of
Education and Culture) with national risk assessment data from InaRISK (owned by BNPB)
and made available via the InaRISK platform at <https://inarisk.bnpb.go.id>. This innovation,
supported by collaboration between BNPB and the National Secretariat of Disaster-safe
School, has produced information regarding disaster hazards for all schools in Indonesia.
• Development of a monitoring and evaluation application – called MONEV SPAB – specifically
for the SPAB programme. This app can be used on a smartphone or on a computer (via a
website) and aims to make monitoring easier, structured and measurable. It was developed
by BNPB, the Ministry of Education and Culture and the Ministry of Religious Affairs, in
coordination with the National Secretariat of Disaster-safe School and with the support of
Plan Indonesia and others.
Other innovations relevant to Pillar 2 that are being implemented by government agencies at the
national and local level, as well as by schools and NGOs, include the following:
• Collaboration with the Indonesian Scout Movement, initiated by BNPB to provide training
for Scout leaders on safe schools, so that the SPAB programme can be implemented through
extra-curricular activities in a more sustainable way.
• Establishment of Joint Secretariats of Disaster-safe School/Madrasa and development of a
monitoring tool that functions as part of the mechanism to assess and audit school
accreditation.
• School-level innovations such as the daily siren drill at the Saint Yoseph Catholic primary
school in Kupang, East Nusa Tenggara. As a reminder that the school is at high risk of
53
earthquake, the school sounds the emergency siren every day at 9 a.m., during class time, so
that students and staff are aware of it and hence more prepared in the event of a disaster.
• Plan Indonesia developed a SPAB-inspired educational video game in 2014, which is
accessible at <https://preventionweb.net/educational/view/45103>. The child-friendly game
can also be downloaded via the Google Play Store. Plan Indonesia also held a competition in
2019 inviting young developers to create a SPAB mobile application.
4.3.6. Lessons learned
Despite great strides made in implementing Pillar 2 since 2008, there remain various challenges to
be addressed:
• Key proponents of the SPAB programme must raise greater awareness of the importance of
school-level disaster preparedness.
• More derivative policies related to disaster-safe school are needed to promote and enforce the
implementation of school-level disaster preparedness by local governments at the provincial and
district (regency/city) level.
• More capacity-building activities on implementing Pillar 2 at school level are needed for teachers
and other education personnel. Activities may take the form of training, communications and/or
incentives, and should focus in particular on how to analyse hazards, risks and capacities; devise
a standard operating procedure; draw a hazard map; and conduct regular disaster simulation
exercises.
• The number of facilitators/teachers and education personnel assisting the implementation of
Pillar 2 should be increased across Indonesia. This has proven to be beneficial in Aceh, Central
Sulawesi, East Nusa Tenggara and the Special Capital Region of Jakarta.
• Greater initiative and creativity are required to implement the SPAB programme at the local
level. There is a need to avoid local governments depending on central government for finance,
human resources and knowledge for SPAB implementation.
• More budget allocation for SPAB implementation is needed at both the national and local level.
While there is anecdotal evidence of commitments being made by central government, the
reality on the ground is that there is insufficient school budget to proceed with SPAB
implementation. Many schools are still unable to reallocate funds from the School Operational
Assistance (Bantuan Operasional Sekolah; BOS) programme for SPAB implementation. BOS funds
are mainly used for a school’s operation and salary allocation.
54
• A high turnover of staff at the local government level compromises the continuity of SPAB
implementation owing to the often differing priorities and main focuses of newly appointed
officers and their predecessors.
• Despite progress in the development of monitoring and evaluation tools, as identified above,
there is still a need to promote a systematic monitoring and evaluation system for regular
observation of the SPAB programme at the national and local level.
There are also several activities that have been successfully executed, which need to be further
developed and sustained:
• Further Joint Secretariats of Disaster-safe School/Madrasa must be established for every
province and district. The current data suggest that fewer than 15 local governments have thus
far established a Joint Secretariat. The Joint Secretariats are important as they can support local-
level coordination across institutions relevant to the development and implementation of the
SPAB programme.
• Departments of Education and Culture and Regional Offices of the Ministry of Religious Affairs
need to be more aggressive in promoting the SPAB agenda. This includes facilitating the most
easily achievable activities, such as SPAB-related festivals and competitions. Such an approach
may encourage schools to keep implementing the SPAB programme.
• Regular documentation of various achievements and promotion of good practices in SPAB
implementation are needed at the national and local level.
• The capabilities of the InaRISK mobile application can be tapped into further. Previously an
information platform for disaster risks and hazards, the InaRISK system now links up with the
monitoring and evaluation tool for SPAB implementation used in all Indonesian schools.
Case study: National monitoring and evaluation system for SPAB implementation
Among the main obstacles to SPAB implementation mentioned by respondents during the FGDs and
virtual fieldwork are the lack of information on: (1) how many schools have implemented the SPAB
programme, whether under the coordination of the Ministry of Education and Culture or the
Ministry of Religious Affairs; (2) what gaps exist across the three pillars of CSS, including what
activities have been more or less implemented at which levels; and (3) how prepared are schools
(both those involved in pilot projects and non-intervention ones) for disasters.
Implementation of the SPAB programme has been going on for more than 12 years, having started in
2008. Data from the Ministry of Education and Culture and BNPB show that more than 27,000
55
schools in Indonesia have implemented the SPAB programme. According to information from various
institutions assisting with SPAB, the programme is chiefly concerned with the implementation of
Pillar 2 (School Disaster Management) and Pillar 3 (Risk Reduction and Resilience Education).
Consequently, BNPB, the Ministry of Education and Culture and the Ministry of Religious Affairs –
under the coordination of the National Secretariat of Disaster-safe School and with the support of
Plan Indonesia and other relevant organizations – have developed a monitoring and evaluation
application, known as MONEV SPAB, specifically for the SPAB programme. The app can be used on a
smartphone or computer (via a website) and aims to make monitoring easier, structured and
measurable.
MONEV SPAB has subsequently been integrated into the InaRISK mobile application developed by
BNPB. Using the monitoring and evaluation tool via InaRISK is considered more appropriate, since
school data are already integrated into the InaRISK system, which is now updated to also include the
school’s SPAB monitoring components.
In general, InaRISK is an information system for disaster risk assessment that shows the spatial
distribution of disaster risks. InaRISK comes in two formats: web-based (InaRISK Web) and mobile-
based (InaRISK Personal). InaRISK Personal includes the MONEV SPAB feature, which teachers and
head teachers can use to evaluate and submit reports on SPAB implementation at their respective
schools (see Figure 15).
Figure 55. MONEV SPAB feature on the InaRISK Personal mobile application
Source: Screenshots from the application
56
Widespread use of MONEV SPAB culminates in a mapping of SPAB implementation of all three pillars
on the progress and the implementation rate in all areas and schools in Indonesia (see Figure 16).
Figure 16. MONEV SPAB illustration of SPAB implementation rate
Note: This map does not reflect a position by UNICEF on the legal status of any country or territory or the delimitation of
any frontiers. The traffic light system shows at a glance where progress has been made and where further implementation
is required. Kurang: Poor; Cukup: Satisfactory; Baik: Good. Source: BNPB inaRISK32
MONEV SPAB can, at least in theory, be used to inform future road maps for SPAB implementation in
Indonesia. The app is straightforward to use, asking only closed-ended questions, which are:
• Does the school have a communication agenda for SPAB?
• Does it receive training?
• Does the school integrate SPAB into the school curriculum or extra-curricular activities?
• Does the school conduct risk assessment?
• Has the school developed a standard operating procedure (SOP) for disaster response?
• Does the school allocate a special budget for SPAB?
• Has the school established a disaster alert team?
• Has the school developed a policy on SPAB?
• Does the school conduct assessment for the school building Certificate of Worthiness?
• Does the school conduct regular disaster simulation exercises?
• Does the school periodically monitor SPAB implementation activities?
MONEV SPAB is a major product innovation, but process innovation is also required. New processes
are needed to ensure that schools and education stakeholders are committed not only to entering
information into MONEV SPAB but also to sustaining the SPAB programme itself.
32 BNPB inaRISK, “InaRISK: Panduan Pengguna” (BNPB, 2019), http://inarisk.bnpb.go.id/panduan_singkat_ina.pdf.
57
4.4. Risk Reduction and Resilience Education (Pillar 3)
The scope of analysis for Pillar 3 in this evaluation includes the disaster risk reduction agenda
integrated into the formal school curriculum; training for teachers and the development of staff; and
community-based extra-curricular activities and informal education.
Disaster education can be considered a conscious effort to sustainably improve national resilience.
It is a strategic intervention to create a disaster preparedness ecosystem for three reasons: First,
disaster education encourages students to improve their understanding (cognitive ability) and skills
regarding disaster resilience; second, it encourages students to become active agents in building
resilience in their own communities; and third, disaster education is an investment in human
development. Children will grow up and become adults, which means that an all-out investment in
their disaster education is necessary.
In this research, disaster education and disaster risk reduction education (DRRE) are considered
synonymous and are used interchangeably. The research team defines DRRE (and indeed disaster
education) as a process, as well as an objective, to build the mental resilience of students at various
levels so as to reduce disaster risks and multidimensional vulnerability. DRRE does so with reference
to the knowledge attainment process (in cognitive terms) as well as praxis (in terms of the ability to
convert the assimilated knowledge into action – in this case, self-rescue and helping others).
4.4.1. Relevance
The need to implement DRRE in Indonesia has become increasingly critical and urgent, as school
communities continue to be affected by disaster events. According to teachers involved in the four
provincial workshops, the SPAB programme – particularly its focus on DRRE – is considered a highly
relevant and urgent matter because of the increasing number of disaster events nationwide. DRRE
helps students to become alert by teaching them the concepts of safety and resilience. Most of the
time, schools are considered unprepared to face extensive disaster risks such as flood and fire.33
Furthermore, More than 600,000 students in 5,680 Indonesian schools were affected by disaster
events over the period 2016–2019, with a total financial loss of more than IDR 1 trillion.34
33
The Special Capital Region of Jakarta is prone to flood and structural fire. Schools felt unprepared to handle such hazards, however. 34 Mansur, Mukhlis 2020. Pengelolaan Program Satuan Pendidikan Aman Bencana FGD Pillar 2 SPAB Pra-Bencana:
Manajemen Bencana di Satuan Pendidikan, 19 June 2020.
58
The national target to cover all schools through DRRE interventions needs to be ambitious, but also
measurable and consistent. At the national level, the implementation rate for DRRE has increased
from zero pre-2008 to 2,200 schools on average each year since 2008 (the year that SPAB began to
be implemented). By 2019, the SPAB programme – and hence DRRE programming – had reached
more than 27,000 schools, equivalent to about 10 per cent of Indonesia’s more than 272,000
primary and secondary schools. This falls to only 4 per cent of all schools (and 2.7 million out of 64
million students) if early childhood education, special education, community education and
vocational schools under the coordination of the Ministry of Education and Culture and the Ministry
of Religious Affairs are also included.35
The implementation rate for the Disaster Education in Schools agenda at the local level may vary,
but it generally requires improvement. For instance, only 2 per cent of schools (10 out of 477
schools) in Sikka Regency, East Nusa Tenggara, are implementing disaster education as local subject
following the enactment of the Local Subject in Curriculum 2013. In Palu, the local government is
only targeting several schools with its pilot project intervention on SPAB.
Poor implementation of DRRE at the school level is caused by institutional gaps, especially the lack of
regency/city-level regulations capable of stimulating implementation of DRRE. The research found
that teachers, particularly those in schools recently struck by a series of disaster events – such as in
Aceh and Central Sulawesi – perceived disaster education on earthquakes as fundamental. This
therefore needs to be carried out in a more sustainable manner.
“SPAB programme is important because students’ safety is at stake. We have
taught students how to cope with earthquake, but students may still feel panic in
time of disaster and it makes them forget the lessons learned during simulation
exercises.”
– Teacher, Centra Sulawesi Province
Although the implementation of disaster education can be carried out independently by schools – as
reported in Aceh, Kupang, Palu and Yogyakarta during the FGDs at local level–, the enactment of
local regulations is considered a catalyst for enabling independent implementation by schools, as
previously analysed by Nurdin (2019).
Schools consider regulation a necessary legal instrument and regulatory compliance an imperative
for local actors. Regulations help SPAB programme activities to evolve from project-based activities
35 See: Kementerian Pendidikan dan Kebudayaan, ‘Data Referensi Pendidikan’, Kemdikbud,
<https://referensi.data.kemdikbud.go.id/index11.php>, accessed 25 July 2020.
59
into rule-based activities. Rule-based activities are assumed to be more capable of self-reproducing,
thanks to their increased legitimacy.
“The teachers feel that a legal basis is necessary, as it turns out. Although we are
already supported by various regulations, it’s still nevertheless insufficient and
needs to be further managed because most activities are only project-based and
not sustainable.”
– Researcher facilitating an FGD at the national level
“Instructions and policies from relevant institutions are needed in order to
implement SPAB programme at school.”
– Teacher, Central Sulawesi Province
Table 1 presents a list of SPAB-related legislation and regulations enacted in Indonesia since 2007.
The list shows that the Ministry of Education and Culture has been quite highly involved in
establishing instruments relevant to disaster education. Yet the Ministry also needs support in such
efforts from BNPB, which issues technical regulations. For example, an updated version of the
Regulation of the Head of BNPB No. 4 of 2012 – in effect for nearly one decade – is now needed.
Table 1. Legal instruments related to the SPAB programme in Indonesia
Year Institution Focus of instrument Instrument
legitimacy
Instrument title
2019 Ministry of
Education and
Culture
SPAB
implementation
Ministerial
regulation
Regulation of the Minister
of Education and Culture
No. 33 of 2019 concerning
Implementation of the
Disaster-safe School
Programme
2017 Ministry of
Education and
Culture
National Secretariat
of Disaster-safe
School
Ministerial
decree
Decree of the Minister of
Education and Culture No.
110/P/2017
2016 Government/House
of Representatives
Persons with
disabilities
Law Law on Disabilities (No. 8
of 2016)
60
2014 Ministry of
Education and
Culture
Joint Secretariat of
Disaster-safe
School/Madrasa
Decree of
Secretary General
of Ministry of
Education
Decree of the Secretary
General of the Ministry of
Education and Culture No.
8953/A.A2.1/KP/2014
2014 Ministry of
Women’s
Empowerment and
Child Protection
Child-friendly school;
safe school/madrasa
Ministerial
regulation
Regulation of the Minister
of Women’s
Empowerment and Child
Protection No. 8 of 2014
2013 Ministry of
Education and
Culture
Implementation of
Special Services
Education (including
education in
emergencies)
Ministerial
regulation
Regulation of the Minister
of Education and Culture
No. 72 of 2013
2012 BNPB Implementation of
Disaster-safe
School/Madrasa
Implementation
manual
Regulation of the Head of
BNPB No. 4 of 2012
2010 Ministry of
Education and
Culture
Mainstreaming of
disaster risk
reduction in the
education sector
Circular letter Circular Letter No.
70a/MPN/SE/2010
2008 President Establishment of
BNPB
Presidential
regulation
Presidential Regulation
No. 8 of 2008 concerning
National Disaster
Management Agency
2007 Ministry of
Education and
Culture
Regulation of
standard facilities
and infrastructure
for schools and
madrasas
Ministerial
regulation
Regulation of Minister of
Education and Culture No.
24 of 2007
61
2007 Government/House
of Representatives
Disaster
management
Law Law concerning Disaster
Management (No. 24 of
2007)
Disaster education remains vital. Our findings from FGDs and interviews have shown that schools
often mistakenly follow the evacuation plan for earthquake in the event of tornado, gathering
evacuees outdoors and hence exposing them to debris carried by the tornado. This indicates not
only that school-strengthening needs to be disaster-specific to ensure more appropriate measures,
but also that disaster education is a very important policy agenda.
4.4.2. Effectiveness and efficiency
“The first thing coming to mind when an earthquake hit is a desk and if the shock
subdues, I will find the exit with bag over my head.”
– Teacher, Aceh Province
An online portal for SPAB training, available to teachers and other education personnel, provides e-
learning resources to accelerate the learning process.36 With a better understanding of disaster risks,
teachers and other primary stakeholders can then transfer learning and materials to students
through innovative means such as online games; online competitions; information, education and
communication materials; and educational playthings.
The government-centric approach to education that dominates formal disaster education – as
described in section Error! Reference source not found. – is insufficient in terms of meeting I
ndonesia’s current needs. To reach as many schools as possible calls for a new strategy – that is, one
that increases the adoption rate of CSS Pillar 3 through SPAB programme activities. Findings from
the present evaluation suggest that greater coverage of DRRE can be achieved by, first, inspiring
more schools to independently implement the SPAB programme; second, identifying more varied
models for integrating DRRE into schools, and encouraging further diversification of DRRE
integration models; and third, setting strategic incentives and disincentives to encourage schools to
adopt both the SPAB agenda in general and DRRE in particular.
36 Learning modules for Disaster-safe School programming can be accessed through the website: Kementerian Pendidikan dan Kebudayaan and Badan Nasional Penanggulangan Bencana, ‘Diklat Sekolah Aman Bencana Untuk Satuan Pendidikan’, Pusdatin Kemendikbud, 2021, <https://simpatik.belajar.kemdikbud.go.id/user/spab>, accessed 29 April 2021.
62
Existing studies on the SPAB programme typically suggest that integration of DRRE into schools can
be achieved using any of three strategies: First, DRRE can be integrated into the existing school
curriculum, through mainstream subjects such as natural science, in which natural hazards are
introduced, and other subjects that discuss behavioural science topics related to emergency
situations and evacuation. Second, disaster education can be integrated as a local content (mulok)
subject – that is, DRRE is treated as a separate subject and is taught routinely in a particular
teaching–learning period for a particular grade. The human dimension of disasters, including
vulnerability, can be explored through local content to fill a gap in the hazard-centric approach that
has typically dominated the study of natural science. Third, DRRE can be introduced to students as
an extra-curricular activity.
In addition to the DRRE integration model above, in which the school is central, this evaluation
uncovered two new integration models. On the one hand, formal DRRE can be complemented by
community pathways, through community-based disaster risk reduction (CBDRR), in which disaster
education is introduced as an empowerment agenda, through participatory learning and action.
CBDRR is also referred to as Disaster-resilient Village (or Desa Tangguh Bencana in Bahasa) by BNPB
or as Disaster Preparedness Village (or Kampung Siaga Bencana in Bahasa) by the Ministry of Social
Affairs, among other variations.37 CBDRR can be transformed from the disaster management
paradigm dominated by adults to be more inclusive, so that children and youth can play a greater
role in their communities to achieve DRRE objectives.38
On the other hand, disaster education can be introduced through family pathways. Family-based
disaster risk reduction (FBDRR) can be used as a new platform for disaster education, either to
complement formal DRRE or as a stand-alone means of building a resilience mentality in children
from an early age. Family plays an important role in shaping life skills and also in encouraging
children to act and contribute to their community, including through disaster risk reduction efforts.39
Schools and governments do not have all of the necessary resources to take on DRRE alone.
Likewise, families and communities have unique resources at their disposal to support FBDRR and
CBDRR. These two new pathways can shift the dominant paradigm of disaster education, such that
formal DRRE in school can either complement, or be complemented by, disaster education at home
37 Habibullah, Habibullah, ‘Kebijakan Penanggulangan Bencana Berbasis Komunitas: Kampung Siaga Bencana Dan
Desa/Kelurahan Tangguh Bencana’, Sosio Informa, vol. 18, no. 2, 2013, pp. 133–150. 38 Reed, Sheila, and Dominique Blariaux, ‘Evaluation of UNICEF’s Disaster Risk Reduction Programming in Education (2013–
2018) in East Asia and the Pacific’, n.p, 2020. Available at: <www.unicef.org/evaluation/reports#/detail/16576/evaluation-of-unicefs-disaster-risk-reduction-programming-in-education-in-east-asia-and-the-pacific>, accessed 29 April 2021. 39Amri, Avianto, ‘Building Disaster-resilient Households through a School-based Education Intervention with Children and
Their Families’ (PhD thesis), Macquarie University, Sydney, 2020.
63
or in the community.
a. Self-adoption of DRRE by schools
Self-adoption of DRRE by schools is one of the SPAB programme objectives set out in Regulation of
the Minister of Education and Culture No. 33 of 2019 concerning Implementation of the Disaster-
safe School Programme in Indonesia. It is intended to promote the protection and safety of students,
teachers and education personnel from disaster impacts on schools.
‘Model school’ (sekolah model) and ‘pioneering school’ (sekolah penggerak) are two models often
used by government to initiate a new innovation in education in Indonesia. The model school
approach targets selected schools to serve as the benchmark for the innovation. This is often
complemented by the pioneering school approach, which targets certain schools to implement the
innovation with the objective that the school will continue to do so independently, without formal
interventions, after a certain period.
“In DRR [disaster risk reduction] context, we appoint model schools to conduct
disaster risk reduction activities, whereas in the national context of quality
education, we appoint pioneering schools.”
– National FGD participant
Schools continue to be treated as passive beneficiaries by many external parties (both government
and NGOs) which ‘preach’ about disaster education. How schools independently adopt DRRE, or are
encouraged and supported to have policies on DRRE, is a question that still needs to be answered.
This evaluation found evidence related to the independent adoption of the SPAB programme – and
hence self-adoption of DRRE – at school level, which can be categorized into two models. The first is
a formal model in which the school creates a disaster alert team and assigns tasks to that team to
implement SPAB activities in support of CSS Pillars 1, 2 and 3. This model can be observed at the
Muhammadiyah Insan Kreatif Kembaran (MIKK) primary school, in Bantul, Yogyakarta, which has
developed a disaster preparedness team structure followed by an annual work plan that is routinely
updated with clear performance targets. MIKK is a champion school, and its inclination to adopt
DRRE and SPAB has been an endogenous initiative. MIKK is not a school typically targeted by
international NGOs, and it has managed to develop the SPAB programme independently, in
collaboration and consultation with a local NGO in Yogyakarta. Its success in building its SPAB system
reflects the strong will of members of the MIKK school community (teachers and head teacher).
64
“We formulate disaster risk reduction action plans every year. For instance, in
2019, end-of-year evaluation of DRR; devising lesson plan for 2020 and syllabus
integrated into each school subject; devising and printing DRR student worksheet
and teaching DRR subject once a month [at the end of every month]. We also
collaborate with facilitators from NGO in order to achieve disaster-safe school
through collaboration.”
– Teacher, Yogyakarta Province
The second model of self-adoption SPAB is based on a ‘no-regrets’ approach that aims to ensure the
safety of the school community but is not explicitly expressed in formal school policy. For example,
at the Inpres Kalukubula primary school in Kalukubula, Central Sulawesi, disaster preparedness
activities have been initiated by teachers, despite the school not formally engaging in
implementation of the SPAB programme. For those teachers who have initiated DRRE activities in
their classroom, taking matters into their own hands by teaching disaster education is a better
option than waiting for change to come from the top.
“Even though disaster preparedness team does not exist, we – the teachers – are motivated
to initiate ‘disaster preparedness’ programme due to imminent danger of disasters. We
hope that students know what to do in times of emergency.”
– Teacher, Central Sulawesi Province
Unfortunately, not all schools have teachers with both the agency to initiate and the capacity to
introduce disaster risk knowledge routinely to their students. Internal barriers such as teacher
capacity, school management and lack of incentives often condition schools to depend on external
parties – both government agencies and NGOs, and also informed parents – when it comes to such
matters.
“Inclusion of DRRE into school subjects/units is challenging because not all teachers are
capable of doing it. SPAB needs support and participation of all relevant parties, including
parents. SPAB also needs financial supports. One of the most challenging barriers at school
level is funding. Until now, there is insufficient funding from regional office [Department of
Education and Culture] for SPAB programme [such] that schools have to allocate from BOS
fund for SPAB implementation.”
– Teacher, Central Sulawesi province
Results from the national FGD conducted for this evaluation to discuss Pillar 3 show that there are
schools in Aceh that are initiating independent SPAB implementation. The researchers found,
however, that this is a relatively complex phenomenon, associated with involvement by multiple
65
parties. For instance, a pilot project of the Disaster-prepared School (Sekolah Siaga Bencana; SSB)
campaign in 2009 left a positive legacy that has helped some schools to continue to independently
pursue disaster education – but the pilot involved the Syiah Kuala University Tsunami and Disaster
Mitigation Research Center as well as the Indonesian Institute of Sciences (Lembaga Ilmu
Pengetahuan Indonesia; LIPI) and UNESCO.40
Despite the advantages of self-adoption, some researchers during FGD believe that the effectiveness
of the independent adoption of DRRE by schools should be evaluated. For instance, there are gaps in
the learning strategy and outcomes between schools involved in the SSB pilot project (intervention)
and schools not involved (control group). SSB pilot schools (88 schools in total over the course of the
period 2009–2014) were found to have a wider variety of learning media correlated with CSS Pillar 2
(e.g., disaster-safe resources such as evacuation routes and maps) than the control group schools.
During a post-intervention assessment by external parties, however, SSB pilot schools were found to
face constraints in sustaining the SSB programme, owing to insufficient financial support.41
b. Effectiveness of integration models for DRRE in schools
This evaluation found a greater variety of models for integrating DRRE into schools: (1) integration of
disaster education into intra-curricular activities (mainstream and thematic curricula); (2) integration
of disaster education into local content (mulok) subjects; (3) integration of DRRE predominantly into
extra-curricular activities; (4) integration of DRRE into formal school, plus CBDRR; (5) integration of
DRRE into formal school, plus FBDRR (though still in the absence of any institutional, regulatory or
incentive mechanism); (6) integration of disaster education with pre-service training of civil servants,
including teachers (for this model, policy advocacy is required); and (7) a hybrid (multipronged)
model that goes beyond formal schooling. The first six models are described in turn in more detail
below.
Integration of disaster education into mainstream curriculum
The processes of integrating DRRE into the mainstream school curriculum is one of the options.
Tuswadi observed two such integration models being used in Indonesia.42 In the first, DRRE is
“nested” or build into the mainstream subjects (see Figure 17). Implementation of the nested
40 Adiyoso, Wignyo, and Hidehiko Kanegae, ‘The Effect of Different Disaster Education Programs on Tsunami Preparedness
among Schoolchildren in Aceh, Indonesia’, Disaster Mitigation of Cultural Heritage and Historic Cities, vol. 6, July 2012, pp. 165–172. 41 Sakurai, Aiko, et al., ‘The 11th Years Assessment on School Safety and Disaster Education at the Public Elementary
Schools in Banda Aceh after the 2004 Aceh Tsunami: Preliminary findings’, Paper presented at the National Symposium on Tsunami Disaster Mitigation 2015, Banda Aceh, 21–22 December 2015. 42 Tuswadi, ‘Disaster Management and Prevention Education for Volcanic Eruption’.
66
integration model can be observed in different Indonesian regions. Various types of natural hazard,
such as earthquake, volcano and tsunami, are introduced through natural science and geography
(see Figure 17, Scenario 1) or humanities subjects (see Figure 17, Scenario 2). In Aceh, the discipline
of DRRE has generally been integrated into mainstream subjects such as Indonesian language,
religious education, social sciences, natural science and local content (mulok) subjects.43 Scenario 3
in Figure 17 is a flexible scenario that leaves it to the teacher’s discretion to introduce DRRE subjects
that she/he feels confident in teaching.
The other integration model is model for integrating disaster education into a local content (mulok)
subject/unit and/or an extra-curricular activity that aimed at “Integrated disaster education in
primary and secondary schools and equivalents”. As an example is the SSB model used in Aceh.44
The built-in integration model has been implemented by upper secondary schools in Aceh (e.g.,
Peukan Bada upper secondary school) where disaster education has been taught as a separate
school subject/unit. Necessary conditions for this approach include compulsory training for teachers.
Peukan Bada teachers were given a mandate by Aceh Disaster Management Agency and UNICEF to
participate in training on SPAB.
“SPAB programme should be sustained by shared commitment of all. Instead of
implementing it as project-based, it should be included as integral part of school curriculum
so we can be accustomed to the programme.”
– Teacher, Aceh Province
“Capacity building for teachers is required to improve the resilience of the teachers in every
situation, especially when teaching disaster education to the students.”
– Teacher, Aceh Province
43 Adiyoso and Kanegae, ‘The Effect of Different Disaster Education Programs on Tsunami Preparedness’. 44 Pemerintah Aceh, Peraturan Gubernur Aceh 48 Tahun 2010 Tentang Rencana Aksi Daerah Pengurangan Risiko Bencana
Aceh Tahun 2010–2012.
67
Figure 67. Nested DRRE integration model
Scenario 1. Various hazards are taught in natural science and geography
Scenario 2. Concept of a safe, green, healthy, inclusive, child-friendly and fun school is introduced in humanities subjects
Scenario 3. Teachers use their discretion to integrate particular DRRE subjects into their teaching according to their capacities
Source: Author’s illustration, adapted from: Tuswadi, Takehiro Hayashi, ‘Disaster Management and Prevention Education for Volcanic Eruption: A case of Merapi area primary schools in Java Island, Indonesia’ (PhD thesis), Hiroshima University, Hiroshima, 2014.
This nested integration model can also be applied through alternative ways of delivering the subject,
such as field trips. For example, in Kupang regency, representatives of private schools claimed that
they partially adopt the SPAB programme, adjusting it to the local disaster context in a way that is
easily remembered by teachers. For example, fire is considered a recurring risk, so a field trip to the
local fire department (Damkar) is conducted in the hope of improving students’ cognitive knowledge
(by observing what the firefighters are doing and their preparedness to cope with fire) and their
acquisition of further experience (by riding the fire engine and role-playing being a firefighter for the
day).
The same representatives of the schools observed, however, that ensuring continuity in the use of
such an integration model is determined by the proactive behaviour of the Ministry of Education and
Culture. Certain things could be done better by the Ministry, for example, engaging in routine
communication with schools through a “circular letter of Department of Education [and Culture]
specifying budget allocation for programme assistance.” Provision of a circular letter by the
Department of Education and Culture is considered a low-cost activity, but one that can encourage
schools to implement disaster education and the SPAB programme, given its formal nature.
Science, geography
Volcanic
eruption
Tsunami
Flood
Seismic hazard
Landslid
e
Fire
hazard
Humanities
Fun
Child-
friendly
Inclusive
school
Healthy
school
Safe
school
Green
school
Mainstream subjects
DRRE 1 Green
school
DRRE 3 DRRE
n+1
68
Integration of disaster education into local content
Inclusion of DRRE in local content (or muatan lokal -mulok- in Bahasa) subjects varies by location and
may be done with or without regulation. Specific formal regulation can have an impact on
incentivizing schools to initiate the SPAB agenda, including through the formulation of learning
modules and/or mulok material. Implementation of this integration model remains limited to pilot
projects only, in just a few selected Indonesian schools. Scaling up the adoption of mulok is often an
issue at the local level.
In general, the integration of DRRE into mulok in schools in Indonesia has increased since 2008. Data
are unavailable, however, regarding the adoption rate of DRRE into mulok in the more than 27,000
schools that have implemented the SPAB programme according to the Ministry of Education and
Culture.
In Sikka Regency, East Nusa Tenggara, targeted schools received training and assistance on mulok,
which culminated in the formulation of special learning modules for the students. NGOs and the
local government have been collaborating in conducting capacity-building activities, including
integrating DRRE into mulok in pilot schools. When it comes to the integration of DRRE into the
curriculum through mulok, or into extra-curricular activities, Sikka is considered a benchmark for
other regencies and cities where disaster education has been stipulated as an imperative by a
regulation of the bupati (mayor).
“There are several published and distributed modules. For instance, in Sikka, learning
module formulated by SANRES [Yayasan Flores Sejahtera] has been incorporated into
mulok.”
– NGO staff, East Nusa Tenggara province
Meanwhile in South Central Timor Regency, where there is no specific regulation on integrating
disaster education through mulok, collaboration between NGOs and the Department of Education
and Culture has provided assistance to and facilitated the SPAB programme in selected pilot project
schools.
“We have received assistance and trainings on how to integrate the DRRE material into
school subjects. We have received the learning modules and implemented them for students
of fourth to sixth grades. For students of first to third grades, we provide literature regarding
disaster and put posters in each classroom.”
– Teacher, East Nusa Tenggara province
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This evaluation has, however, identified two main perspectives on integrating DRRE into mulok,
which have been interpreted differently by practitioners and by advocates of this mulok integration
model. First, mulok is seen as an organic response to the importance of DRRE that is based on the
local context, due to the need for safety in disaster-prone regions. The manifestation of this
response model is the development of a newly created subject/unit separate from mainstream
subjects. In Aceh, this mulok integration model is put into practice in a form of a dedicated subject
taught with a single 2-hour session per week and/or four 45-minute sessions per week (Nurdin,
2019). This type of initiative has a long history, having been used in the SSB pilot project launched in
2009 by the Tsunami and Disaster Mitigation Research Center in collaboration with LIPI and
UNESCO.
In various places in Banda Aceh and Bengkulu, the mulok approach focuses on the improvement of
children’s cognitive level, resulting in better cognitive responses among children in the intervention
group than among children in the control group.45
According to the second perspective, integrating DRRE into mulok can be seen as an attempt to
rediscover local wisdom, by documenting tacit knowledge informed by an oral history of past events
that has been internalized into local culture and practice. Through mulok, this knowledge is then
introduced to students. For example, an introduction to smong (the local term for tsunami in Aceh)
is transformed into mulok.46 Despite its potential transformation into mulok, however, local wisdom
on disaster education is not fully introduced formally to students in schools, as has been observed in
Minangkabau.47
Integration of DRRE into extra-curricular activities
The literature suggests that extra-curricular activities are recognized as outdoor activities that help
to improve students’ cognition and motor skills, in this case in relation to disaster resilience building.
Extra-curricular activities in the context of DRRE and the SPAB programme are generally
preparedness activities such as drill exercises, as observed in the preliminary introduction of the SSB
programme in Indonesia, for instance, in Sikka Regency in 2009.48 Performance of extra-curricular
45 Islami, Princess Mozart Della, Herman Lusa and Dalifa Dalifa, ‘Pengaruh Bahan Ajar Muatan Lokal Bencana Alam di
Bengkulu Terhadap Hasil Belajar Siswa di Kelas V’, Jurnal Riset Pendidikan Dasar, vol. 1, no. 3, 2018, pp. 199–206. 46 Desfandi, Mirza, Kearifan Lokal “Smong” Dalam Konteks Pendidikan: Revitalisasi nilai sosial-budaya simeulue, Syiah
Kuala University Press, Banda Aceh, 2020. 47 Damsar and Indrayani, ‘Local Wisdom Based Disaster Education in Minangkabau Society’, MATEC Web of Conferences, vol. 229, 2018. 48 United Nations Educational, Scientific and Cultural Organization, Lembaga Ilmu Pengetahuan Indonesia and Yayasan
Puter Indonesia, ‘Cerita dari Maumere: Membangun Sekolah Siaga Bencana’, 2009; Lembaga Ilmu Pengetahuan Indonesia, ‘UNESCO Resmikan Sekolah Siaga Bencana di Maumere’, LIPI, 25 February 2009, <http://lipi.go.id/berita/unesco-resmikan-sekolah-siaga-bencana-di-maumere/4151>, accessed 29 April 2021.
70
activities and physical education can be combined and incorporated into routine disaster simulation
exercises (see Figure 18). This suggests that Pillar 3 of CSS is closely linked to Pillar 2.
Figure 18. Extra-curricular DRRE integration model
Scenario 1. DRRE is taught through separate extra-curricular activities
Scenario 2. Extra-curricular activities are combined with the subject of physical education to teach DRRE
Source: Author’s illustration.
A study in Aceh found that SPAB activities in the province are still dominated by extra-curricular
activities.49 Prior to the COVID-19 pandemic, SPAB pilot schools in Sikka apparently continued to
implement extra-curricular activities with a modification to integrate the subject of physical
education by including disaster simulation exercises, occasionally run on a Saturday, over the course
of 2017–2018 (see Figure 18, Scenario 2). This approach has been observed consistently in both Aceh
and the Special Capital Region of Jakarta.
“Extra-curricular model can be divided into two sub-models: First, as separate
subject/unit; second, as an extra-curricular activity that is integrated into a
particular subject, such as sport [physical] education.”
– Representative of the Department of Education and Culture and FGD
participant
The Indonesian Scout Movement (Gerakan Pramuka Indonesia) and Indonesian Youth Red Cross
provide examples of DRRE being integrated into separate extra-curricular activities (see Figure 18,
Scenario 1). The research team observed that, in particular contexts, both organizations are
considered unique as they offer some form of DRRE that can complement school agendas. In such
49 Nurdin, ‘Disaster Risk Reduction in Education and the Secondary High School Science Curriculum’.
Extra-curricular activities
Physical education
subject
Extra-curricular activities
71
cases, the disaster education knowledge offered by the organization and the school may be quite
different, despite the input of both institutions intersecting with SPAB objectives (Pillars 2 and 3).
Thus far, integration of DRRE into the Scout system has been initiated by BNPB at the national level.
Figure 19 illustrates BNPB intervention activities on DRRE for Scouts, which in 2019 targeted 700
Scouts to receive technical guidance enabling them to become DRRE advocates for other students.
This evaluation assumes hypothetical coverage of 28,000 students resulting from this initiative,
based on the assumption by BNPB that a single student can ‘evangelize’ 40 students.
There are almost no studies regarding the Scout Movement’s role in strengthening SPAB
implementation and vice versa – that is, how to regularize DRRE in the Scout Movement.
Nevertheless, this evaluation found a strong association between Scout activities and earthquake-
focused DRRE, indicated by the fact that primary school students in Bengkulu City have gained some
skills such as the ability to perform emergency skills, such as first aid skills.50
Figure 19. Step-by-step implementation of Scout-based DRRE, 2019
Despite the incorporation of numerous disaster education-related extra-curricular activities into the
subject of physical education, this evaluation did not manage to ascertain a detailed picture of the
role of Indonesia’s sporting institutions in relation to the building of disaster resilience in schools.
Integration of disaster education into formal school, plus CBDRR
Historically, those NGOs focused mainly on child rights and development have been the strongest
proponents of CBDRR initiatives. Since 2007, such child-focused NGOs have started to integrate
50 Puspadiningrum, Delvia, Endang Widi Winarni and Hasnawati Hasnawati, ‘Ekstrakurikuler Pramuka Terintegrasi Siaga Bencana Gempa Bumi Terhadap Keterampilan Tanggap Bencana Siswa SD’, Jurnal PGSD: Jurnal Ilmiah Pendidikan Guru Sekolah Dasar, vol. 10, no. 2, 2017, pp. 73–78.
72
DRRE agendas into CBDRR activities. For example, in Rembang and Sikka, representatives of Plan
Indonesia have been working with local stakeholders at village level to facilitate numerous village
children’s forums that can play a role in disaster risk reduction forums at the village and district level.
In Palu, following the 2018 earthquake, several NGOs initiated communications regarding risk
management and safety at the community level, for example, by installing an information board at
various targeted schools, which was complemented by the distribution of banners and posters.
Research conducted by Oktari et al. suggests, however, the need for clarity when it comes to
developing a collaborative framework to build community resilience, such as among schools and
coastal communities in Banda Aceh.51 For example, CBDRR activities such as Disaster-resilient Village
(Desa Tangguh Bencana) can include SPAB implementation in general and DRRE in particular to
maintain connections between schools, communities and village administration.
Integration of disaster education into formal school, plus FBDRR
A narrative regarding FBDRR has become paramount among disaster risk reduction stakeholders in
recent years in Indonesia. The term FBDRR was first introduced by the leadership of BNPB. Despite it
being a compelling concept for both policymakers and academics, however, the FBDRR narrative has
not been translated into an executable formal policy framework for schools. Furthermore, the
commitment to leave no child behind – which, in theory, might target 62 million students in
Indonesia as well as 43 million family members – although shared by disaster management officials,
is challenging to put into practice.
At the school level, an awareness of the importance of reaching out to families is shared by many of
the teachers who participated in this research across the four provinces.
“The integration [of the SPAB programme] into curriculum runs smoothly. However, we also
inform other community members that in order to equip children about how to conduct
self-evacuation and how to save one[’s] life, the responsibility does not rest in schools and
teachers but also families and communities. In forums or meetings, we always take several
minutes to discuss disaster-related issue with participating parents. This disaster education
is not only for teachers and students, but also for parents. When children return home from
school, they put what they learn into practice, for example, washing hands at home.”
– Teacher, East Nusa Tenggara
51 Oktari, Rina Suryani, et al., ‘A Conceptual Model of a School–community Collaborative Network in Enhancing Coastal
Community Resilience in Banda Aceh, Indonesia’, International Journal of Disaster Risk Reduction, vol. 12, 2015, pp. 300–310.
73
“We maximize the existing resources at school, then school attempts to transfer the disaster
knowledge to the students, in hope for applying it at home. Now, the students are also
capable of understanding and communicating disaster risks at school to other family
members.”
– Teacher, East Nusa Tenggara
Integration of disaster education with pre-service training of state teachers
Efforts to ensure the integration of Pillar 3 in schools must not be limited only to schools.
Participants in the national workshop conducted for this evaluation pointed to the needs that should
be integrated into the training curricula of the Educational Institution for Education Personnel
(Lembaga Pendidikan Tenaga Kependidikan), especially those for prospective state teachers.
Proponents of this idea indicated that state teachers could receive basic lessons regarding DRRE,
which suggests that DRRE should be an imperative of the pre-service training system for state
teachers. There are five main ways in which DRRE can be included in this system: leadership training;
transformation of pre-service professional education for teachers; local-level development of
teachers in relation to the learning ecosystem; training in social and collective education; and
institutional context, including regulation, management, and coordination with local governments.
This vision for disaster education does not stop at increasing the competencies of teachers. Rather, it
is more about whether teachers’ understanding of DRRE can be absorbed and put into practice by
students, making it easy to measure their learning achievements.
c. Effectiveness of local regulations
Regarding to what degree regulations at the subnational level can have an impact on the
implementation of DRRE as a routine activity in school, the answer may vary. For instance, in Aceh
Province, since the enactment of Governor of Nanggroe Aceh Darussalam’s Decree regarding the
integration of DRRE into the curriculum (Instruksi Gubernur Provinsi NAD 2/2020), this requirement
has been only partially implemented by schools in Banda Aceh.52
Clarity of subnational regulations is vital because existing national regulations on disaster
management do not establish an imperatives for DRRE implementation in particular. Local actors in
Aceh who are currently drafting a qanun (equivalent to a provincial regulation) regarding disaster
education were aware of this problem. Indeed, up until the time this report was drafted,
stakeholders in Aceh were still striving for the enactment of a regulation, in a form of a qanun, that
envisions the requirement for local governments to allocate resources for DRRE.
52 Sakurai, Aiko, et al., ‘Exploring Minimum Essentials for Sustainable School Disaster Preparedness: A case of elementary
schools in Banda Aceh City, Indonesia’, International Journal of Disaster Risk Reduction, vol. 29, 2018, pp. 73–83.
74
In the Special Capital Region of Jakarta, schools that have been implementing DRRE – such as
Klender 21 primary school – started to receive support for such efforts from NGOs in 2019. Here,
DRRE has been adjusted to the local context. For example, to prevent fire, students learn how to use
electronic appliances safely and how to save water at school and at home to reduce how much is
taken from the environment. DRRE activities also extend to Pillar 2, through students’ involvement
in a fire simulation exercise run by the local fire department (Damkar) three times a year.
d. Models for the adoption of Pillar 3 only
Because it is difficult, practically, to initiate the implementation of all three pillars of CSS at all
schools, many actors have identified approaches that first and foremost encourage the adoption of
DRRE by schools.
Assisted school approach of NGOs
The research team discovered a fairly consistent finding that the initial experiment to introduce the
SPAB programme in Indonesia was initiated by child-focused NGOs (e.g., Plan Indonesia, Save the
Children, World Vision and ChildFund. This claim is verified by various respondents from all four
provinces in which the qualitative data collection took place (as well as by respondents from Central
Java and the Special Region of Yogyakarta).
Model school or champion school
Use of the ‘model school’ approach in the context of building the resilience of schools has been
adopted by the Indonesian Ministry of Education and Culture (and its previous incarnations) over the
past few decades. The final version of the model school used by the Ministry of Education and
Culture is based on the school community members meeting the six criteria of being noble,
independent, critical, creative, cooperative and open-minded.53
In the DRRE context, model schools were recruited to perform certain disaster risk reduction
activities. The name ‘model school’ was then adapted to ‘pioneering school’ – as in, “in DRR [disaster
risk reduction] context, these pioneering schools are the model schools that have implemented
disaster risk reduction activities.”In the context of national quality development, pioneering school is
the preferred term.
53 See also: Kementerian Pendidikan dan Kebudayaan, ‘Kemendikbud Selenggarakan Jambore Pandu Sekolah Model Tahun
2019’, Kemendikbud, March 2019, <www.kemdikbud.go.id/main/blog/2019/03/kemendikbud-selenggarakan-jambore-pandu-sekolah-model-tahun-2019>, accessed 29 April 2021.
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Targeted school approach
‘Targeted schools’ are the schools recruited to serve as the sites for pilot projects. It is an operational
term used by local government, with schools selected according to certain predefined criteria. For
example, in 2016, the Government of Sikka Regency recruited 10 targeted schools to implement DRR
education based on criteria such as the school is vulnerable to tsunami and earthquake; and the
school is located in a remote area.
In practice, this model and the two models preceding it have often been overlapped and/or
hybridized, because the selection of targeted schools is frequently based on which schools are
assisted by NGOs. This was observed among targeted schools in East Nusa Tenggara (in the Sikka and
South Central Timor regencies) and Central Sulawesi, where the process of recruiting the schools had
been carried out by the Department of Education and Culture in collaboration with assisting NGOs.
BNPB version of the ‘sister school’ model
Generally, the integration of the ‘sister school’ model has become an aspiration of BNPB wherever it
is committed to accelerating the integration and harmonization of disaster education with relevant
school subjects at all levels of education and for all types of hazards. It can be said that BNPB is
involved in the ‘direct selling’ of DRRE to schools. An example of sister school is that if there is a
primary school located in volcano eruption risk zone, there will be a school in the safe zone (the
sister school) assigned to serve as a backup if the community in the risk zone needs to evacuate due
to increase volcanic activity.
During the period 2015–2018, BNPB procedures for SPAB implementation consisted of 11 stages
combined with its Sister School programme. BNPB has set an ambitious target whereby the SPAB
adoption rate is increased such that by the end of 2024, all schools in Indonesia have adopted the
programme. This suggests that the 60 schools with Sister School status currently considered
successful – that is, they have independently adopted SPAB – will continue to grow by 120,000
schools annually to reach more than 600,000 Indonesian learning institutions (this figures combining
formal schools, non-formal schools, and informal learning institutions) by 31 December 2024.
“Before 2015, we communicated the programme as a broad package. Since 2015,
we have started to slice the SPAB programme into 11 stages in various places in
Indonesia. As part of 2015–2018 strategy, we collaborated with BPBDs and
various local Department of Education [and Culture] to conduct training and
immediately put the knowledge into practice at school. However, based on
lessons during these four years, we feel that the outcome of such trainings hasn’t
materialized as expected. We are also aware that only 60 schools continue the
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programme independently until 2020. In 2019, we were forced to change the
strategy not only as a field executor but also as local coordinator through
networking, for example, Scout Movement, which is due to its massive network
and its volunteering nature, is able to sustain their activities without external
financial support.”
– Representative of BNPB and FGD participant
Eyeing the 2024 deadline, and supported by the commitment to leave no school behind, BNPB is
developing guidelines for the independent adoption of the SPAB programme (for use by schools
nationwide).54
BNPB also combines its Sister School programme with the Scout Movement’s Frontline initiative.
BNPB delivers action-based training of Scouts through the technical guidance approach, which is
carried out in seven cities. In each location, 35 prospective DRRE advocates are targeted, and by
2019, BNPB had trained 560 Scouts as advocates. Once trained, each advocate is then expected to
facilitate action in two schools. BNPB also has collaborated with the Scout Movement in 2019 in
developing a pocket guidebook aimed at guiding children to independently learn about disaster risk
reduction.
“They [the trained Scouts] later follow up on the training by visiting schools where they will
assist. We assume that each facilitator is in charge of assisting two schools and in school
with, let’s say, 100 students will bring a total of 28,000 students by the end of 2019. In
reality, this number might differ, but [we assume that] at least 50–70 per cent of all
facilitators have followed up on self-implementation of SPAB in the schools that they assist.”
– BNPB staff during National level FGD
Regarding how BNPB estimates the number and the successful contribution of SPAB facilitators, the
research team has no information on this matter.
4.4.3. Impact
a. Impact of SPAB-related regulations
The development of DRRE regulations in Indonesia is seen as positive progress, allowing the country
to move in a better direction. More commitments are required, however, to implement the Sendai
Framework for Disaster Risk Reduction 2015–2030 in full by 2030. From 2007 until the end of 2020,
54 Badan Nasional Penanggulangan Bencana, Panduan Teknis Fasilitasi SPAB Bagi Fasilitator Pemula: Edisi fasilitasi
kelompok anak anak BNPB 2020. Untuk Indonesia yang tangguh bencana, BNPB, 2020.
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at least 12 regulations on disaster management in general were enacted at the national level, plus
more than 500 such regulations at the provincial and district level. As at September 2020, however,
only 6 of the 34 Indonesian provinces have a regulation equivalent to a governor’s regulation or
provincial regulation that stipulates DRRE as an imperative. Fewer than 10 regencies and cities have
enacted regulations since 2008 to establish the DRRE agenda.
At the national level, the implementation rate for DRRE has increased from zero pre-2008 to 2,200
schools on average each year since 2008 (when SPAB implementation began). By 2019, the SPAB
programme – and with it, DRRE – had reached more than 27,000 Indonesian schools, which is about
10 per cent of the country’s primary and secondary schools. If early childhood education, special
education, community education and vocational schools are also included, this proportion falls to
only 4 per cent – which represents just 2.7 million of the 64 million students who need to be
reached.
In general, the readiness of schools to implement the SPAB programme is considered inadequate.
Policy coordination across provinces and regencies/cities is required to strengthen both SPAB
programming and implementation. DRRE itself needs to be scaled up significantly to inspire the
political will to develop DRRE-specific policies at the provincial and district level. Such policies are
needed to encourage local governments to allocate resources for DRRE and to grant teachers and
other education personnel adequate capacity and resources to implement DRRE and the SPAB
programme.
b. Institutional impact of the National and Joint Secretariats
Institutional achievement 1: Knowledge transfer by National Secretariat of Disaster-safe School
The National Secretariat of Disaster-safe School, which evolved from the National Secretariat of
Disaster-safe School/Madrasa in 2014, has made several positive impacts to date. These include the
development, production and distribution of DRRE capacity development materials and instruments
for schools, including facilitator training resources and regular documentation of best practices for
nationwide stakeholders.
The National Secretariat also functions as a platform for information dissemination and practical
knowledge transfer regarding DRRE implementation in Indonesia. With support from the Ministry of
Education and Culture, the National Secretariat also acts as an organizational hub and information
clearing house for Joint Secretariats of Disaster-safe School/Madrasa in the provinces and districts
that are interested in implementing the SPAB programme.
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One of the important contributions made by the National Secretariat of Disaster-safe School is the
increased number of learning resources on disaster education and the SPAB programme published
by stakeholders at the national level (see Box 1). For instance, the National Secretariat collaborates
with various ministerial institutions to develop learning materials that aim to facilitate DRRE
knowledge transfer.
A few local governments have taken the initiative to develop their own SPAB learning modules. Such
gestures need to be appreciated and seen as a positive outcome. For example, in Palu, the Joint
Secretariat of Disaster-safe School/Madrasa has been involved in devising a mitigation textbook
based on ‘local wisdom’, which is intended to be used as part of the school curriculum. Participation
in the production of modules can boost the self-efficacy of local stakeholders, which in turn can
provide positive motivation to promote DRRE.
Box 1. Selected list of guides to disaster education and the SPAB programme
• National Disaster Management Agency, Technical Guide to Disaster-safe School Facilitation
for Beginner Facilitators: Children’s group facilitation edition, National Disaster Management
Agency, 2020.
• Directorate of Disaster Risk Reduction, Don’t Panic! Good lessons from disaster, National
Disaster Management Agency, 2019. Available at: <https://bnpb.go.id/uploads/24/siaga-
bencana/buku-pembelajaran-spab-indo.pdf>, accessed 29 April 2021.
• Amri, Avianto, Disaster Resilient Education: Achieving Disaster-safe Schools in Indonesia,
National Disaster Management Agency, Ministry of Education and Culture and National
Secretariat of Disaster-Safe School, 2017.
• Deputy for Child Development, Ministry of Women’s Empowerment and Child Protection,
A Guide to Child-friendly School, Ministry of Women’s Empowerment and Child Protection,
2015. Available at: <https://sekolahramahanak.files.wordpress.com/2013/11/juknis-final-3-
2-16-1.pdf>, accessed 29 April 2021.
Institutional achievement 2: National and Joint Secretariats as a catalyst for implementation
The establishment of Joint Secretariats of Disaster-safe School/Madrasa at the provincial and district
level, as well as the National Secretariat of Disaster-safe School, has functioned as a catalyst for
implementation of DRRE and the SPAB programme. For example, the absence of a Joint Secretariat
in Aceh is considered a problem by local stakeholders. Meanwhile, where Joint Secretariats do exist,
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their role tends to depend on the presence and action of civil society, including through disaster risk
reduction forums/platforms.
Theoretically, Joint Secretariats of Disaster-safe School/Madrasa can act as agents of change,
especially at the district level. The process for establishing Joint Secretariats in regencies – despite its
paternalistic nature (i.e., the need to await an order from the province) – often runs without
significant difficulties. The number of Joint Secretariats at the district level remains limited, however.
For example, only 5 of the 22 regencies/cities in East Nusa Tenggara have a Joint Secretariat: Kupang
regency, Lembata, Nagekeo, Sikka and South Central Timor.
These five regencies are the regions of East Nusa Tenggara with the highest concentration of civil
society organizations (CSOs) that are active in disaster risk reduction activities in general and which
have had a particular focus on children’s rights since 2008. According to the patterns found in East
Nusa Tenggara, the establishment of Joint Secretariats in regencies/cities depends on the presence
and coordination of CSOs.
In East Nusa Tenggara Province, the tasks of the Joint Secretariat of Disaster-safe School/Madrasa
include, but are not limited to, efforts such as the mapping of natural hazards and their impacts on
the education sector. This particular Joint Secretariat is one of the active organizations in the
province that routinely conducts multi-stakeholder coordination. Participants of the multi-
stakeholder FGDs conducted in East Nusa Tenggara (on 9 July 2020) highlighted that the provincial
Joint Secretariat is also in charge of steering its district stakeholders and facilitating the
establishment of Joint Secretariats at the regency/city level.
Joint Secretariats can also advise governors on policy matters such as the legal basis for the
implementation of disaster education at the school level. For example, the Joint Secretariat for East
Nusa Tenggara Province has encouraged the enactment of the Decree of the Governor of East Nusa
Tenggara No. 33/KEP/HK/2017 regarding Provincial Joint Secretariat of Disaster-safe School and it
has encouraged regencies/cities in the province to do the same.
c. Growing number of academic studies on the SPAB programme in Indonesia
Despite a growing increase in the volume of research on the SPAB programme in Indonesia, the
literature review suggests that the majority of peer-reviewed articles are published in international
journals. There has also been an increase in the number of doctoral studies on disaster education in
Indonesia. Box 2 provides examples of the main focus of doctoral theses focusing on DRRE in
Indonesia, by researchers based in Australia, Japan, New Zealand and the United Kingdom of Great
Britain and Northern Ireland. The small number of PhD studies from Indonesia is unsurprising
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considering the few incentives provided to Indonesian universities and research institutes to
research disaster education.
Box 2. Recent theses on disaster education
Anggaryani, Mita, ‘School-based DRR Program in Disaster-prone Areas: A case of Yogyakarta’ (PhD
thesis), Australian National University, Canberra (forthcoming).
Amri, Avianto, ‘Building Disaster-resilient Households through a School-based Education
Intervention with Children and Their Families’ (PhD thesis), Macquarie University, Sydney, 2020.
Nurdin, Nurmalahayati, ‘Disaster Risk Reduction in Education and the Secondary High School
Science Curriculum in Indonesia’ (PhD thesis), University College London, London, 2019.
Amri, Avianto, ‘Challenges in Implementing Disaster Risk Reduction Education: Views from the
frontline in Indonesia’ (Master’s thesis), Macquarie University, Sydney, 2015.
Tuswadi, Takehiro Hayashi, ‘Disaster Management and Prevention Education for Volcanic Eruption:
A case of Merapi area primary schools in Java Island, Indonesia’ (PhD thesis), Hiroshima University,
Hiroshima, 2014.
Sulistyaningrum, Eny, ‘Human Capital Outcomes for Children: The impact of school subsidies and
natural disasters’ (PhD thesis), Lancaster University, Lancaster, UK, 2013.
Taylor, Heather Lynne, ‘Children’s experiences of flooding in Surakarta, Indonesia’ (PhD thesis),
Massey University, Wellington, 2011.
Anecdotally, some of these studies have contributed to the process of devising guides and technical
instructions, including for SPAB programme development in the regions, by expanding the variety of
information, education and communication resources available as a by-product of the research. To
what extent such academic works have contributed to nationwide policies regarding SPAB in
Indonesia needs to be further investigated, however.
4.4.4. Continuity
a. Effective regulation is prerequisite for continuity
The continuity of the SPAB programme – and hence integration of DRRE into Indonesian schools –
depends on regulatory and institutional schemes at the district level. Despite criticisms that
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implementation of the SPAB programme is still largely limited to pilot projects, the research team
argues that strong regulations, complemented by political will and effective leadership, can become
the foundation for regencies/cities and schools to routinely promote SPAB activities.
Regulations around disaster management have increased in recent years, with up to 500 regulations
at various levels now in place. These regulatory efforts have been followed by the formation of
formal institutions that engage in disaster management in general. Unfortunately, however, this
regulatory framework is still considered insufficient for promoting SPAB implementation.
Therefore, there is a need for a better SPAB regulatory architecture in Indonesia. This also requires
the integration and harmonization of regulatory and legal frameworks at all levels, which can lead to
a more comprehensive institutional mechanism for the SPAB programme at both the national and
subnational level. In addition, the routine allocation of incentives at the local level is vital. Once
greater awareness of the programme has been achieved, this should be followed by more ambitious
demands to develop SPAB programming and implementation in a more systematic way.
b. The presence of NGOs is a vital catalyst for SPAB implementation
The presence of NGOs acts as a catalyst that accelerates the adoption and implementation of
disaster education. Champion schools in multi-pillar SPAB implementation that participated in the
national and regional FGDs testified that the role of NGOs is important in capturing schools’ interest
in adopting SPAB as an integral part of routine teaching–learning processes (see Box 3). The
evaluation findings suggest that NGOs play a critical role in securing the interest and commitment of
school communities and local governments. This can be observed consistently in Aceh, Central
Sulawesi, East Nusa Tenggara and the Special Capital Region of Jakarta (see Box 4).
Another example of efforts to ensure the continuity of the SPAB programme is the process of
formulating a SPAB curriculum in Sikka Regency, as carried out by Yayasan Flores Sejahtera (SANRES)
and Plan Indonesia. SPAB implementation is carried out constantly in targeted schools that have
received SPAB ‘socialization’ and education on disaster-safe schools by the Sikka branch of SANRES.
The role of CSOs that have a multi-level structure – such as Muhammadiyah, which owns numerous
schools in almost all provinces of Indonesia – is of strategic partner. In 2020, BNPB forged a formal
partnership with Muhammadiyah and the Hizbul Wathan Scout Movement (an organization under
the auspices of Muhammadiyah). The aim was to conduct a pilot project in four regencies/cities in
collaboration with Hizbul Wathan. This would target the appointment of 40 Scouts to facilitate SPAB
implementation, each of whom would then target 100 more students.
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Box 3. NGO support for SPAB implementation at a champion school
School’s independence in implementing the SPAB programme can be an outcome of productive
interaction among multiple parties including NGOs and local government. Ernaningtyastuti, the head
teacher of Muhammadiyah Insan Kreatif Kembaran (MIKK) primary school, Bantul, shared this view:
“Manifestation of Disaster-safe School can be self-funded, and we must not wait for any parties to
start SPAB. SPAB can also be carried out by collaborating with other parties and making use of other
relevant local actors and in this context, we collaborate with KYPA [Komite Yogyakarta untuk
Pemulihan Aceh], a local NGO in Yogyakarta. We regularly implement SPAB without disrupting
teaching–learning activities because it can be done as extra-curricular activities; and the key to
success for this initiative requires solidarity of all school community members and collaboration with
external parties. The challenge we face during the implementation of SPAB can be addressed with
gotong royong [communal work] as a school community. Activities can be conducted in short time
with good intensity and supported by enthusiasm of school community members.”
c. School accreditation system as a ‘push’ and ‘pull’ factor in SPAB adoption
The school accreditation system has become a push factor in the adoption of the SPAB programme,
including the integration of disaster education in schools. The design of both push and pull measures
in regard to SPAB adoption needs to be done creatively and based on evidence.
School accreditation, using eight operational standards of education, is often carried out at schools
by a school supervisor. In the Special Capital Region of Jakarta, the presence of a supervisor is
considered an important variable in encouraging SPAB adoption in schools. The school supervisor
often functions as an enforcement officer, demanding compliance with the accreditation system.
In East Nusa Tenggara, there is evidence that schools that are not receiving any SPAB programme
intervention (from either NGOs or government), decided to develop disaster education as well as
disaster preparedness activities because the accreditation process requires proof that the school has
implemented the principles of the safe school. For instance, Yasinta Sogen, the head teacher of
Kupang Montessori School, stated that her school has prepared a compliance process for school
accreditation because the standards call for a checklist of the following five aspects: “availability of
tools, evacuation routes, evacuation maps, assembly point signs, and disaster prevention.”
Experience from a school for children with disabilities in Kupang City suggests that accreditation can
be seen as a punitive measure, because SPAB requirements – which the school cannot always meet
– are included in the accreditation checklist. Schools are at risk of not being accredited because they
cannot comply with both disaster-friendly and disability-friendly accessibility; no evacuation route
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can take into account all types of disability.
Box 4. The NGO’s role in SPAB implementation: Stories from the East Nusa Tenggara Community
Association for Disaster Management
• The Community Association for Disaster Management initiated the SPAB programme in 2012,
involving several pilot schools in South Central Timor Regency, working in partnership with Plan
Indonesia. Since 2015, the programme has involved the regional office and other relevant
partners. Many activities regarding SPAB implementation have yet to be conducted, but those
initiatives actioned to date have delivered quite satisfactory outputs in East Nusa Tenggara.
• In conducting activities, the Community Association collaborates with several key district offices,
such as the Department of Education and Culture, District Office of the Ministry of Religious
Affairs, Department of Public Works and Housing, and BPBD, to discuss plans for SPAB in East
Nusa Tenggara.
• Many more activities are yet to be conducted owing to the large area to be covered. In East Nusa
Tenggara, the Department of Education and Culture, District Office of the Ministry of Religious
Affairs and others have devised an educational module for disaster prevention and risk
reduction. This learning module, created especially for primary schools, was devised by
government in collaboration with teachers (from Kupang City, Kupang Regency and South
Central Timor Regency).
• The learning module is being used by partners such as ChildFund in targeted schools, reaching a
total of more than 100 schools.
• A monitoring tool devised by the National Secretariat of Disaster-safe School – with involvement
from regional offices; partners; teachers from Kupang City, Kupang Regency and South Central
Timor Regency; and the Provincial Government of East Nusa Tenggara – has been funded by Plan
Indonesia. This monitoring tool has been tested in several places and is now undergoing a
finalization process. A local academic has observed the results of Pillar 1 implementation, while
the results of Pillar 2 and Pillar 3 implementation – adjusted to the local context – can be
observed by all of the community. The module is currently available from the National
Secretariat, and has been used in South Central Timor Regency as well as in other regencies,
though with limited resources. In-depth physical development activities have not been
established, but socialization activities have been held as part of capacity building activities with
schools.
• During a hearing with the Regional House of Representatives of South Central Timor Regency,
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the Community Association asked the Department of Education and Culture whether or not the
SPAB programme had been followed up for continued implementation. Also, during a hearing
with Commission IV of the Regional House of Representatives, which has been engaged in this
issue, the Community Association asked the Department of Education and Culture, the
Department of Public Works and Housing and BPBD to formulate a plan to construct schools in
South Central Timor that are physically safe from disaster using the dedicated Special Allocation
Fund. The commitment from the stakeholders has encouraged the Community Association to
continue to help school community members to realize their right to feel safe and comfortable
at school.
• In 2016, the Department of Education and Culture issued a circular letter regarding the SPAB
programme to all heads of department in the regencies/cities, but its implementation requires
further investigation.
• Kupang City, Kupang Regency, South Central Timor Regency and various regencies/cities on
Flores Island and Sumba Island have approved an initiative on SPAB that receives assistance
from ChildFund. In fact, several regencies/cities have conducted a capacity-building programme
at the school level, for instance, to form a disaster alert team at schools. The data gathered have
yet to be analysed in full because they fail to show how many schools or teachers participate in
this initiative. There has been an attempt to organize the data among relevant institutions, but
the data finalization process has yet to be carried out.
• The Joint Secretariat of Disaster-safe School/Madrasa of East Nusa Tenggara Province has
identified the red, yellow and green hazard risk zones in the province and mapped these
accordingly. This is a major improvement on the situation in 2008.
d. The development of provincial- and district-level learning modules
The development of SPAB-related learning materials by multiple parties in the regions can be
considered an overlapping activity. Based on consultation with province-level stakeholders,
however, the research team found that the process of developing training material in collaboration
with champion teachers of disaster education is a positive process. This is because the opportunity
to develop these modules is an opportunity to learn as well as to improve regional capacity.
The challenge, however, lies in how local government and stakeholders of the Joint Secretariat can
continuously upgrade or update such modules to include the latest knowledge and good practices.
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4.4.5. Innovation
Innovations can take the form of products, processes or systems. There is a variety of innovations
related to implementation of Pillar 3 through the SPAB programme:
• Adoption of a self-supporting disaster risk reduction programme by schools is a possibility
and should be acknowledged as a ‘business model’ for sustainable SPAB implementation.
MIKK primary school in Bantul has been able to form a disaster alert team that is assigned to
perform the tasks related to Pillars 1, 2 and 3. MIKK also develops an annual work plan that
is updated regularly with clear performance targets. MIKK is a champion school and its
adoption of DRRE and SPAB is seen as endogenous as the school is not assisted by an
international NGO. MIKK has, however, built good collaboration with a local NGO in
developing a self-supporting SPAB programme.
• One experience from the Special Capital Region of Jakarta suggests that there is a knowledge
transfer mechanism among schools that can be developed as a model of SPAB
implementation to complement other, predominantly top-down models. For example, Hati
Kudus Primary and Secondary School in Jakarta has conducted disaster simulation exercises
and invited other schools to observe them, to provide a benchmark or reference that can be
adjusted to individual school conditions. Such a strategy of involving other schools (including
schools for children with disabilities) represents a knowledge-sharing activity that can be
used to help implement Pillars 2 and 3.
• Another innovative strategy is to deliver messages (materials) repeatedly and consistently.
In Aceh, there is a practice of establishing associations (paguyuban) of schools, which come
together to conduct a joint disaster simulation exercise once a year on National Disaster
Preparedness Day, 26 April.
• The existence of Joint Secretariats at the provincial and district level can be a catalyst for the
local adoption of the SPAB programme. A provincial-level Joint Secretariat can serve as an
agent of change, especially in encouraging change at the regency/city level.
• Partnership and cooperation among Joint Secretariats at the district level and NGOs is a key
factor in accelerating the adoption and implementation of the SPAB programme in schools.
Champion schools that implement multiple pillars of CSS serve as an example of how
collaboration between local government and NGOs can help to make SPAB an integral part
of teaching–learning processes. This can be seen in almost all areas in Aceh, Central
Sulawesi, East Nusa Tenggara, the Special Capital Region of Jakarta and the Special Region of
Yogyakarta.
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• Disaster education or DRRE can be carried out at the household level using games and
alternative learning tools. The various learning media related to DRRE that have emerged in
Indonesia since the Indian Ocean tsunami of 2004 offer hope. Few of them are targeted at
families, although the PREDIKT range of games and learning tools, developed by the PREDIKT
team – of which co-founded by Avianto Amri who is part of the research team– has received
many awards as an innovative model of disaster education for families in Indonesia.
4.4.6. Lessons learned
Implementation gaps related to teaching and administrative loads need to be addressed for DRRE
to be effectively integrated into schools. This research consistently found gaps at school level that
need to be resolved. First, there are still basic competencies missing compiled by the Ministry of
Education and Culture for delivery of DRRE. Heavy teaching loads for teachers make them feel that
their administrative and academic loads are already too high. When new learning materials are
added to this load, such as for disaster education, teachers have to rethink how to cope with the
demands. And when disaster education learning materials are not as simple and straightforward as
they could be, this creates a new burden for teachers and students.
Another implementation gap concerns the use of innovative learning media for disaster education in
remote areas – sometimes the physical and digital infrastructure is simply not in place to allow this.
Furthermore, limited human resources capacity – especially the capacity of teachers in remote areas
in relation to SPAB implementation – has become a fundamental problem over the last decade or so.
To overcome such implementation gaps calls for an agenda that more systematically encourages
individual school communities to promote DRRE independently.55
“The challenge of SPAB implementation includes teachers’ load in synergizing disaster-
related education into existing learning materials. Many teachers felt that they don’t have
any relevant capacity because those who are usually assigned are PE [physical education] or
sport teachers or teachers appointed by school principals. Other challenges are teachers’
unequal commitment and confidence in promoting SPAB implementation.”
–Researcher, based in Aceh province
Head teachers have discretionary power to approve or reject the SPAB agenda. Experience shows
that school leadership is a vital variable in ensuring SPAB implementation in schools.
Implementation of the SPAB programme can only be achieved by schools if there is commitment
55 Nurdin, ‘Disaster Risk Reduction in Education and the Secondary High School Science Curriculum’.
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from the school leadership and management to do so. Leadership is key to SPAB adoption by
schools.
School budget capacity for SPAB implementation is crucial. Disaster risks at school are real for
students and teachers, and it takes budget and non-budget commitments from the local Department
of Education and Culture for each school to implement the SPAB programme. Budget allocation is a
problem that schools often find it difficult to raise. This was confirmed by policymakers at both the
local and central government level. In the Special Capital Region of Jakarta, the Education Office has
not routinely included SPAB needs in the School Activity and Budget Plan (Rencana Kegiatan dan
Anggaran Sekolah).
DRRE financing at the school level is considered important, but it is not the main variable in ensuring
the sustainability of disaster education. In the Special Capital Region of Jakarta, while independent
integration of DRRE into schools is seen as a possibility, teachers see that “what is the most
important is teachers’ awareness of the urgency of DRRE. Low awareness resulted in unsustainable
PPRB [Disaster Risk Reduction Education]”.
National coordination of DRRE and SPAB interventions is important to avoid the overlapping of
interventions among the many organizations involved in the process of establishing DRRE.
Overlapping is understood as either a ‘waste of resources’ or a redundancy. Because of the resource
limitations that affect SPAB implementation, more effective coordination will ensure a more even
distribution of interventions across disaster-prone areas.
There is a need to integrate interventions across CSS pillars, particularly those for Pillars 2 and 3.
For example, the concept of constructive alignment, used to treat DRRE (Pillar 3) as an extra-
curricular activity that aims to develop cognitive and motor skills, can be combined with disaster
simulation exercises in the classroom and evacuation drills (Pillar 2). In her PhD research, Anggaryani
(forthcoming) found that there is a risk that disaster simulation exercises emphasize the hysteria
aspect of drills more than the precise risk knowledge to be learned.
Optimism bias (complacency) is a phenomenon that requires further research. The experience of
Inpres Saint Yosef primary school in Sikka Regency provides an example of optimism bias: The school
independently tried to jointly implement Pillars 2 and 3 during the period 2016–2017 continuously
on a weekly basis. Because the stakeholders did the activities at school routinely, they felt safer and
more confident – but as a result, they started to reduce the activities. It is important to study this
phenomenon to uncover whether it is indeed the result of optimism bias (complacency) caused by
overconfidence, or due to the fatigue phenomenon.
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Dedicated attention must be paid to the integration of DRRE with special education, as well as to
the inclusion agenda. Disaster education for children and adolescents with learning disabilities
demands special consideration because these individuals require a lot of repetitions in learning
scenarios. Generally, in schools, accessibility for students with special needs and disabilities is
inadequate to enable them to experience the disaster education process in full. This was observed in
both East Nusa Tenggara and the Special Capital Region of Jakarta.
An inclusive approach needs to be applied across all variables, including gender, disability, education
level and equal opportunities to be actively involved in the SPAB programme. Additional notes from
the FGD show that child participation in SPAB implementation is still partial. For example:
“During simulation, students were involved but not all of them – it’s only
students’ representatives.”
– Teacher, Central Sulawesi
Some key informants reported that the SPAB programme strategy has, in general, been ineffective in
inclusively mobilizing all students.
A child-centred DRRE agenda is required. The researchers observed that the approach of local
government, especially BPBD, tends to be to ‘preach’ disaster knowledge to students. The approach
remains ‘teacher-centric’ or ‘trainer-centric’, with schools and/or children treated as passive
recipients of knowledge.
This attitude was demonstrated by one FGD participant when discussing the event of ‘dakwah
bencana’ (disaster preaching) held by BPBD at schools in East Sumba Regency, East Nusa Tenggara:
“What we have done, in the National Disaster Preparedness Day, we conducted earthquake
evacuation drill at schools from elementary to senior high schools, and we also conducted
disaster simulations on earthquake, cyclone/typhoon, etc.”
– BPBD staff based in East Nusa Tenggara province
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CHAPTER 5. CONCLUSION AND RECOMMENDATIONS
5.1. Conclusion
This evaluation is the first research study to comprehensively analyse the three pillars of CSS at a
macro level (i.e., national level) as well as at a micro level (i.e., schools). The following key findings
emerged from this research.
Innovations of SPAB implementation
The establishment of the National Secretariat of Disaster-safe School and the Joint Secretariats of
Disaster-safe School/Madrasa can be seen as an institutional innovation to catalyse and strengthen
coordination, collaboration and cooperation among multiple stakeholders. The National Secretariat
also facilitates improved resource mobilization (i.e., funding, human resources, knowledge and tools)
and capacity building. The National Secretariat also initiated collaboration with external parties to
incorporate into schools existing programmes such as School Scouts, Disaster Preparedness Cadets,
the Indonesian Youth Red Cross and the Hizbul Wathan Scout Movement to expand the coverage of
SPAB promotion.
Civil society and central government have achieved important outcomes such as policy advocacy at
both the national and local level – in particular, the 12 national regulations on disaster management
enacted since 2007.
Institutional progress also includes the development of the school accreditation system to include
SPAB-related indicators, which push schools to comply with the SPAB agenda.
In October 2020, BNPB and the Ministry of Education and Culture together launched an application
to monitor and supervise implementation of the SPAB programme. If this goes ahead, the two
government bodies will play an important part in mapping those schools in each region that have
implemented, and are still implementing, the SPAB programme.
SPAB implementation can also be achieved through alternative pathways such as CBDRR, through
frameworks such as Disaster Preparedness Village (Kampung Siaga Bencana) or Disaster-resilient
Village (Desa Tangguh Bencana), and also FBDRR. Initiatives such as Disaster-resilient Family
(Keluarga Tangguh Bencana) provide an entry point to include schools in programme interventions.
Recognizing champion schools and teachers, and facilitating SPAB-related festivals and competitions
are also important ways to inspire and motivate more schools to implement the SPAB programme.
Unequal achievement of Pillars 1, 2 and 3 at different levels of education
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Schools that are directly supervised by the Ministry of Education and Culture, especially primary
schools, have been the key adopters of the SPAB programme. Overall, SPAB remains scarcely
implemented in early childhood education, at upper secondary level and in vocational schools.
Implementations of the equivalent programme for madrasas (SMAB) as well as SPAB
implementation in non-formal education settings (i.e., learning activity centres and community
learning activity centres) remains rudimentary. The focus of SPAB implementation has typically been
skewed towards Pillar 2 and Pillar 3; fewer institutions and actors have engaged with Pillar 1.
The quality of the SPAB programme depends on the capacity of teachers. Consequently, the capacity
building of teachers is critical to the implementation of the SPAB programme. Technical guidance
and strategy for teachers and other education personnel needs to be structurally, systematically,
massively, and sustainably implemented and disseminated. There is a need to use methods that can
improve teachers’ confidence to conduct SPAB activities, including to deliver disaster education
flexibly and independently.
SPAB actors are predominantly from central government and CSOs
For more than a decade, SPAB actors have predominantly been based in central government and
CSOs. Local government and the private sector should assume more important roles in the
programme. This evaluation found that head teachers have a significant role in sustaining SPAB
activities on the ground in schools, while local governments can play an important part in extending
both the scope and replication of the programme.
Central government has provided policies, various guidelines and good practices that support the
SPAB programme. Unfortunately, local governments have not taken on board innovations in school
risk assessment to inform policy decisions regarding the placement of new schools or post-disaster
school reconstruction. It appears that local government remains ignorant of school risk mapping.
Inclusion of regions and schools remains erratic
Current policy has prioritized implementation of the SPAB programme in 3T regions (frontier,
outermost and disadvantaged regions) and in post-disaster regions, to recover disaster-safe school
facilities and infrastructure. An inclusive approach to programme implementation has not been
taken, however. This is needed in particular to ensure SPAB adoption in special education and the
involvement of children and adolescents with special needs and disabilities in disaster education and
other SPAB activities.
Based on the results of the pillar by pillar analysis, this evaluation offers recommendations for each
pillar, as follows.
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5.2. Recommendations for Pillar 1
5.2.1. Recommendations at the national level
Progress of SPAB implementation in schools depends on the ability of central government to build
an effective monitoring and evaluation system. Participation by schools in the national effort to
monitor and evaluate SPAB implementation is essential. Hence, at the national level, the formulation
of regulations needs to be complemented by a monitoring and evaluation system that can be scaled
down for use at the school level, where data are more accurate and reliable.
Regulations, standards and codes of school safety (e.g., SNI 1726 on seismic design, Ministry of
Education and Culture SPAB regulations) as well as guidelines related to SPAB already exist, but
aggressive communication of disaster risks and policies and more ambitious implementation plans at
the local level are recommended. This includes the effective communication by central government
of existing information and data, such as through the integration of DAPODIK data and InaRISK
mapping.
Efforts to increase capacity are crucial, especially the formation of national and local expert systems
pertinent to Pillar 1 implementation. These expert systems, which are vital to encourage the
strengthening of synergies among stakeholders involved in Pillar 1 activities, should be integrated
into the Joint Secretariats at the provincial and district level. This will also support the strengthening
and sustainability of data collection and assessment related to school facilities and infrastructure –
whether to determine building quality and safety or to serve as the basis for implementing
retrofitting and maintenance or the issuance of a school building Certificate of Worthiness.
At the national level, there is a need to ensure the fuller adoption of hazard mitigation management
codes and national safety standards. This includes ensuring that schools meet the criteria and
procedures for safe school facilities and infrastructure that can cope with multiple hazards, such as
flood, tornado, landslide, volcanic eruption and tsunami.
Product and process innovations related to the structural safety of school facilities and infrastructure
must be continuously developed and improved. These innovations may make use of the latest IT
and/or build upon existing mechanisms such as the MONEV SPAB application and other new apps
like VISUS and STEP-A.
Strategies for the monitoring and evaluation of Pillar 1 implementation can be linked to a solid
implementation plan that includes short-, medium- and long-term targets for realizing Pillar 1.
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5.2.2. Recommendations at the local level
In the context of regional autonomy and the decentralization of disaster governance, national-level
SPAB policies and regulations need to be ‘activated’ or adopted by local government through the
drafting of new regulations at the provincial and district level. NGOs and central government can
facilitate local processes that lead to the enactment of local-level SPAB regulations. These
regulations should enable local governments to set up local institutional mechanisms to support the
SPAB programme, including incentives to sustain efforts to implement Pillar 1.
The presence of Joint Secretariats of Disaster-safe School/Madrasa can act as a catalyst for effective
SPAB implementation. The establishment of a new Joint Secretariat by a local government should be
accompanied by coordination and collaboration with the actors involved in Pillar 1, including the
experts, professional associations, and academics.
Local governments should also put more efforts and resources into ensuring compliance with
building codes and the enforcement of Certificates of Worthiness.
5.2.3. Recommendations at the school level
At the school level, head teachers and other school leaders need to optimize the use of BOS funds
and other alternative financing to support the realization of disaster-safe school infrastructure.
Self-implementation of the SPAB programme needs to be encouraged by school leaders, with the
support of teachers, parents and students.
5.3. Recommendations for Pillar 2
5.3.1. Recommendations for central government
Central government agencies such as the Ministry of Education and Culture, the Ministry of Religious
Affairs and BNPB need to have a comprehensive strategic implementation plan and road map with
ambitious but plausible targets. Revision of the SPAB road map for the period 2020–2024 is
necessary. The Regulation of Minister of Education and Culture no. 33/2018 can be tweaked and
adapted to local needs and contexts. In addition, the Ministry of Education and Culture and BNPB
should coordinate with the Ministry of Internal Affairs to make the SPAB programme a compulsory
policy framework; this should include the mandatory establishment of Joint Secretariats of Disaster-
safe School/Madrasa by local governments at both the provincial and district level.
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A more ambitious and steady allocation of annual budget to finance the SPAB agenda nationwide is
imperative. A national pool of SPAB programme funds should be made available, which local
governments can access to help pay for infrastructure and activities to strengthen SPAB
implementation.
Greater innovation, including in the use of IT, is needed to disseminate information and build
capacity on DRRE. SPAB learning modules, technical guidelines and other child-friendly materials can
be developed and distributed to schools. In addition, strategic partnership needs to be developed
among multiple stakeholders, for example, the Ministry of Education and Culture, BNPB, the
Ministry of Social Affairs, the Ministry of Internal Affairs, the Red Cross Society of Indonesia,
Basarnas, Gerakan Pramuka Indonesia, the Indonesian Mosque Council and religious organizations
that manage schools.
5.3.2. Recommendations for local governments
Local governments, through the Education Office, the District Office of the Ministry of Religious
Affairs and BPBD, need to formulate policies according to the needs and context of their respective
regions. SPAB implementation plans should be developed based on local needs and priorities. More
direct assistance should be given to schools, whether regularly or continuously; this includes
allocation of budget for the development of facilities, for training and for outreach work. Schools can
also be incentivized to implement the SPAB programme through various creative activities such as
joint disaster simulation exercises, competitions, consultation mechanisms, training of educators
and child-centred activities.
Open collaboration is also recommended with other, non-state actors, including NGOs, appropriate
professional institutions (e.g., Teachers Association of the Republic of Indonesia, Indonesian
Teachers Association, Indonesian Independent Teachers Federation) and various private actors.
To sustain SPAB implementation, training of teachers and members of the school leadership is highly
recommended.
5.3.3. Recommendations for schools
The school leadership and management can be more cooperative with all members of the school
community, including the school committee and parents, and also the wider community. Head
teachers need to prepare and issue a decree that stipulates the formation of a disaster alert team as
well as school SOPs for what to do before, during and after a disaster event. The SOPs should cover
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the development of simulation and evaluation plans and the instalment of evacuation signage.
Schools should take a proactive approach to remind local governments that their support and
facilitation of SPAB implementation is required. Stronger bonds with parents and communities are
needed to achieve the SPAB programme objectives at school, at home and in the community.
Schools need to carry out a disaster risk assessment that includes a hazard assessment and risk
mapping, and identification of disaster preparedness needs and equipment in line with the existing
hazards and local context. Schools need to ensure that all members of the school community can
access knowledge and information about the various hazards and disaster risks.
All members of the school community, including the school committee and parents, should be
encouraged to participate in disaster simulation exercises. The simulation can be done
independently or in collaboration with another organization such as BPBD, the fire department, the
police department, the military, the Red Cross Society of Indonesia or another NGO with SPAB
expertise.
5.3.4. Recommendations for non-government institutions and NGOs
Support from non-government institutions and NGOs in implementing the SPAB programme is, of
course, very much needed, whether provided to government ministries or agencies, or directly to
schools. Support from NGOs most often takes the form of technical assistance (e.g., assisting
government and schools in formulating policies, modules and technical guidelines) and capacity
development. In addition, support can also be provided for technological innovation, with the aim of
achieving more equitable dissemination of information and knowledge. NGOs can also participate in
strengthening monitoring and evaluation frameworks, both at the national and local level as well as
directly with schools.
5.4. Recommendations for Pillar 3
5.4.1. Recommendations for central government
Linking the MONEV SPAB application with decision-making at the national, local and school level is
crucial. The monitoring and evaluation agenda has emerged as a priority for stakeholders at both the
national and local level. The challenge is how a monitoring and evaluation mechanism like MONEV
SPAB can be implemented such that it becomes a tool for immediate decision-making, which in turn
empowers local governments and schools.
95
The MONEV SPAB system can also be further developed by adding a mechanism to track data from
school capacity assessments. Knowing which teachers are already trained or experienced in SPAB
implementation can, for example, provide a bank of experiences on which to draw to inform
updates to the SPAB programme design.
5.4.2. Recommendations for local governments
Local governments need to develop a systematic work plan for SPAB implementation, by switching
from the targeted schools approach to an approach that can cover all schools and is comprehensive.
Children and adolescents are mobile and may move between schools – so even those students who
have previously been exposed to the SPAB programme may not necessarily remain in safe areas.
Local governments (whether at the provincial or district level) need to encourage the development
of a knowledge transfer mechanism for regular use by schools. This should be effectively moderated
and used to share and promote innovations for SPAB implementation in line with local needs.
To overcome the lack of teacher understanding regarding DRRE and the inability to effectively
integrate DRRE into learning, a SPAB-related learning ecosystem should be created for teachers in
each province. Both the Center for Development and Empowerment of Teachers and Other
Education Personnel Institution (Pusat Pengembangan dan Pemberdayaan Pendidik dan Tenaga
Kependidikan or P4TK) and the Educational Quality Assurance Institution (Lembaga Penjaminan
Mutu Pendidikan) should be encouraged to be involved in this process. Regional members of the
Consortium for Disaster Education can also encourage local governments to create permanent
solutions to increase teachers’ capacities in relation to DRRE.
Local governments also have an important role to play in encouraging integration of the SPAB and
FBDRR agendas. Here, the approach of promoting DRRE among families should lead to parents
demanding safe schools for their children. The local Education Office and Joint Secretariat of
Disaster-safe School/Madrasa need to periodically and proactively take the initiative to carry out
comprehensive evaluations in all disaster management integration lines in the region’s schools.
5.4.3. Recommendations for schools
Schools play an important role in periodically updating the DRRE curriculum content, and adopting it
in lesson plans, so that teaching continues to align with the current risk, hazard and vulnerability
context. For example, climate change has already brought about many changes in the nature of
hazards and vulnerabilities around the world. Natural hazards that affect Indonesia, such as
96
hurricane and cyclone, may change in their characteristics and patterns. As a result, school risk
profiles should also be updated and students made aware of the changes.
A special agenda is needed to strengthen schools’ involvement in educating communities to
anticipate and prepare for disasters and crises. With so many observers and implementers of school-
based disaster education at work in Indonesia, standards for learning/educational materials need to
be compiled and harmonized.
Schools need to create champions at three levels. First, at the school leadership level. Second, at the
level of teachers. And third, at student level. Experience suggests that school leaders exercise
discretion regarding the implementation of disaster management. According to teachers who
participated in the research, head teachers who has been trained on the SPAB programme (provided
by the local government leadership) were expected to be responsive to this information.
Schools also need to envisage various financing scenarios for SPAB implementation, using a range of
channels. For example, it is important that a school understands how it can use BOS funds for SPAB
activities and how such use can be permitted by central government. In theory, BOS funds can be
used to support SPAB-related efforts to increase teacher capacity, improve school facilities and
infrastructure, and raise awareness of disaster risk reduction among the school community. Schools
can also use alternative sources of funding such as village funds or the private sector.
97
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