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Measuring Training Effectiveness: Study of Automobile Sector in India.
Dr. Amar Kumar Mishra (*)
Associate Professor
IMS, Ghaziabad
India
Mail id: [email protected]
Ms. Saumya Kapoor Sharma
Research Scholar
ICFAI University, Dehradun
Mail id: [email protected]
Dr. Anjali Rai
Assistant Professor
IMS Ghaziabad
India
Mail Id : [email protected]
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4197
Abstract:
While training had always been presumed to be the most important function in Management, especially Human Resource
Management; the measurement of its impact had always been a holy grail. This study focusses on the effectiveness of training
and its transfer using four-dimension model. An empirical study was done to assess the impact of training on employee’s
performance. Three prominent automobile companies were part of the research. A structured questionnaire was surveyed on
permanent 496 employees. The quantitative study revealed that employees across the companies have fairly equal perception
with reference to training but feel more impact of dimensions like result & reaction. This paper ends with a conclusion that
employee training becomes a regular practice and its effectiveness measured keeping in pace with employee perception at every
stage.
Keywords: Training Effectiveness, Kirkpatrick Model, Automobile Company
1.0 Introduction:
The Indian Automotive Industry has undergone massive transformation with respect to its growth and profitability. It started
from an embryonic state in 1940’s to fourth largest position in the world. On the brighter side, by 2021, Indian passenger market
shall seize the third largest position across global platform. Considered as one of the major contributors to GDP by 7.1%, the
AMP (Automotive Mission Plan) 2016-26 visualises its contribution to extend till 12%.
With Government star programme,” Make in India” the industry performance has elevated and shown greener picture with
respect to economic performance of the country. This decade has witnessed paradigm change in automotive industry like
changing customer needs, uncontrollable impact of technology, dynamic administrative environment, and uncertain face of
vigorous infrastructure. As per the report furnished by Bloomberg New Energy Finance, face of Indian vehicle industry on
roads are going to change soon. Autonomous vehicles and Electric vehicles shall soon transform our cities to smart cities where
Electric two wheelers, buses and Rickshaws shall run on roads by 2040. According to AMP2016-26, Indian automotive industry
shall become the largest job providing sector, if the double challenge is resolved mainly reduced availability of skilled
manpower and employer attractiveness.
The biggest challenge faced by automotive industry is volatile market, changing regulatory norms and shortage of skilled
manpower. Application of technological innovations and research had been fundamental part of this industry, what lies beyond
it is its intensity and level of application. Since we are moving in 4.0 revolution, therefore integration of AI, Robotics and
machine learning is crucial. Most the emerging economies understand that present era is witnessing war of the talent. HR
managers fathom the strategic importance of intelligence based, knowledge driven society with accomplished workforce ready
for self-renewal. At the core lies the ingenious personnel who stands as strong pillars meant for the prosperity of the
organisation. In this globalised era, a company can survive only if they accomplish sustainable competitive advantage.
There is departure from traditional manufacturing techniques, which demands change in workforce metrics and composition.
“Organisational Dexterity “is need of present century where agile structure has to be evolved. We must question the status quo,
apart from searching new talent, investment on current resources to be done. Training acts as a catalyst, where employees are
motivated to identify gap in their operations and comprehend new skills. Indian automotive industry is passing through a crucial
stage where skilled talent is available but in fragmented form, not ready for future contingencies. Hence, we need to build up
learning and development environment as part of our eco system. Grounding human capital in the following streams of
Robotics, AI Learning, Mechatronics, Data Analytics, Digitisation, Autotronics,3D modelling software, handling machine,
quality control becomes essential part of their mainstream, also Raising their functional capacities, emotional handling, working
with cross cultural groups, developing habit of lifelong learning, opting for hybrid and classroom learning will pave way for
closing the unseen skill gap.
Corporate leaders need to identify three questions namely, why to Learn, what to Learn and how to Learn. To stay ahead of the
competitors, increased collaboration between academic institutions and industry may generate courses and programmes for
developing the skills thereby supporting Government initiatives.
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4198
Onus of responsibility lies on employees as they need to develop themselves for technical changes but also gear up for
leadership roles. Success of this industry does not lie in preparing for current challenges and grabbing opportunities but how
proficiently you mark the unseen threats and problems. Underlying present situation, it becomes mandatory for industry leaders
to fabricate situations of continuous learning, adapt and become agile in discharge of their operations. The industry players
cannot design strategies in isolation and face disruptive situations to enjoy varied opportunities. Solutions to be generated at
cross functional level across organisations thereby maintaining balance between stakeholders and company approaches. Lastly,
for this emerging economy to grow, we need empowered workforce plans supported by divergent and agile manpower.
2.0 Literature Review:
The performance of an employee rests on numerous factors, but the utmost significant factor is training, which improves the
capabilities of employees (Raja, Furqan and Khan, 2011). It has been emphasized that establishments with more advanced
people-oriented strategies have performed better, leaving competition behind. This is mainly due to the fact that when
establishments invest in people, in training, what they get in return is greater skill and greater efficiency that helps improve
morale and productivity (Sheeba Hamid, 2011). The training process is one of the most well-known approaches to build singular
efficiency and convey authoritative objectives to employees. (Ekaterini Gallano, Constantinos Vasilius Pipuras, 2009).
Ojokuku and Adegbite (2014) inspected the effect of limit improvement on employee execution in chose associations in
Nigeria. The investigation found that there is a solid positive connection between limit advancement and employee execution
in the association. Malaolu and Ogbuabor (2013) researched the impacts of training and workforce improvement on employee
efficiency and hierarchical execution utilizing First Bank of Nigeria Plc. As a contextual investigation. Damoy AL et al. (2012)
affirmed in their examination that exceptionally qualified and proficient staff is completely important to improve the
association. Training builds employee efficiency improves employee benefits and carries positive change to the association.
According to Shelly Frost, Demand Media Training is a critical fragment to prepare new employees for their occupations and
keep current employees revived with huge information. To be fruitful, the training program needs a specific explanation with
appropriate training strategies. Understanding the components that effect training programs grants you to make or change the
present guidance of your employees to fit the necessities of your business and your employees 2. As showed by Henry Onguri
(2011), Jennifer Chishamisu Nonso, training and Development have become an issue of indispensable criticalness. Yet various
pros have investigated training and improvement practices in relationship in making and made economies, it should be seen
that most research has focused on the benefits of training with everything considered. In any case, there is a confined focus on
the evaluation of training and headway practices in affiliations. 3. As showed by Haslinda Abdulla (2009), the troubles defying
organizations and associations in the convincing organization of HR improvement and HR progression differentiate from
stresses over the nonappearance of workers in academic HR to make Facing the enthusiasm of data workers and propelling
learning and improvement in one spot Work The major and focal test is the nonattendance of explicit masters in the headway
of HR in collecting associations, and this exhibits managers see resources individuals in the field of HR as a helper limit as
indicated by HR the board and may consider them less noteworthy. This significance can incite an inadequate execution of HR
R&D activities and addition vulnerability and frustration in the effective organization of HRD in general. As demonstrated by
Fizzah (2011), the purpose behind the investigation is to know how training and improvement impact various levelled execution
and to appreciate what the impact of training and progression on an affiliation is. Data is assembled from 100 people from
different affiliations. Additionally, past research on training and improvement. Training and progression are noteworthy for
workers in the relationship, as they help employees with improving their aptitudes and give extraordinary execution in the
workplace. There is an extraordinary association among training and headway and the introduction of the foundation, and the
relationship is discussed in the chronicle. As demonstrated by Iftikhar Ahmad and Sirajuddin (2009), affiliations have grasped
training and headway to close the staff capacities gap. The appraisal of the training should be reasonable for the individual and
the situation. The appraisal won't guarantee effective learning aside from if the training is suitably organized. Successful
evaluation depends upon whether appraisal strategies are united into the structure of the training program before execution. As
showed by Bates and Davis (2010), a training venture must be used when the understudy can practice the theoretical edges
learned.
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4199
3.0 Research Objectives:
To study the training atmosphere in Automotive industry with specific reference to Ashok Leyland, Tata Motors
and Mahindra & Mahindra Limited
To Identify the various dimensions of the impact of training
To measure the various dimensions of the impact of training
To compare the impact of training in three companies
To suggest the measures and improve training effectiveness
4.0 Methodology
4.1 Participants Data for the study was collected from 800 employees from three automobile industries namely Ashok Leyland,
Mahindra & Mahindra and Tata Motors in India and was collected across various hierarchies to provide a wide coverage
to the study. The response rate was 62 % as 496 complete questionnaires were obtained. The demographic structure of
data is presented in table -1.
Table-4.1 Demographic Profile
Frequency
PEACent
Valid
PEACent
Gender Male 299 59.88 59.88
Female 197 39.72 39.72
Total 496 100.0 100.0
Organization Mahindra &
Mahindra
175 35.28 35.28
Tata Motors 165 33.27 33.27
Ashok Leyland 156 31.45 31.45
Total 496 100.0 100.0
Designation Junior Level
Manager
297 59.88 59.88
Middle level
Manager
136 27.42 27.42
Senior Level
Manager
63 12.70 12.70
Total 496 100.0 100.0
Experience <5Year 201 40.52 40.52
5-10 Years 153 30.85 30.85
10-15 Years 84 16.94 16.94
>15 Years 58 11.69 11.69
Total 496 100.0 100.0
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4200
Source: Tabulated by authors
4.2 Questionnaire
4.2.1 Training Effectiveness
The study tried to capture and to assess the self-measured Training Effectiveness of the respondent through the self-report
TV Rao Scale comprising of 28 items such as “My organization identifies need of future trainings and professional
development of my department “Post training, I have been able to infuse an atmosphere of teamwork in my group”; and
“Training enhances my skills to perform specific job responsibilities”. In confirmatory factor analysis, three items were
dropped as their factor loading were found 0.42, 0.46 & 0.51, which was less than 0.7(Comrey, A.L., Lee, H.B., 1992).
Response towards the statements were measured on 5-point Likert Scalingthat extends from 1 = strongly disagree to 5
= strongly agree.
5.0 Analytical Approach
Confirmatory factor analysis was used to assess the composite reliability and validity of the proposed construct using
AMOS 21.0. The conventional fit indices like RMSEA (Root mean square error approximation), PClose, SRMR
(standardized root mean square residual), CFI (comparative fit index), CMIN/DF were the statistics that had been applied
to examine the hypothesized model. Internal consistency and reliability of the construct were evaluated using Cronbach’s
alpha.
Similarly, to check for the common method bias in the hypothesized model, Harman’s one factor test ((Podsakoff &
Organ, 1986) was conducted. This was followed by testing of the proposed hypothesis using path analysis through SPSS
macro named Process (Hayes, 2013).
5.1 Result
Table 5.1.1 Reliability Statistics
Cronbach's Alpha N of Items
.969 25
Table 5.1.2 Model Validity Measures
CR
AV E MS V MaxR( H) RESUL T REACTI ON BEHAVIO UR LEARNIN G
RESULT 0.958 0.742 0.471
0.959 0.861
REACTIO N 0.952 0.740 0.505 0.953
0.655**
* 0.860
BEHAVIO UR 0.940 0.757 0.459 0.940
0.619**
* 0.645*** 0.870
LEARNIN G 0.945 0.774 0.505 0.945
0.687**
* 0.711*** 0.677*** 0.880
An examination of the factor inter-correlations indicated that all of the constructs met the criteria for discriminant validity
(factor inter-correlations < 1.0) and range from .22 to .52. Criteria set by Nunnally and Bernstein (1994).
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4201
A principal axis factor analysis was conducted on the 75 items with varimax rotation. The Kaiser-Meyer-Olkin KMO
measure verified the sampling adequacy for the analysis, KMO= .986 (marvelous according to Hutcheson & Sofroniou,
1999), and all KMO for individual items were greater than .77, which is well above the acceptable limit of .5 (Field, 2013).
An initial analysis was run to obtain eigenvalues for each factor in the data. 4 factors had eigenvalues over Kaiser’s criterion
of 1 and in combination explained 95.6 % of the variance. Table shows the factor loading after rotation. The items that
cluster on the same factor suggest that factor 1 represents Reaction, factor 2 represents Learning, factor 3 represents
Behaviour, factor 4 represents Result.
Table 5.1.3 KMO and Bartlett's Test
Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .974
Bartlett's Test of Sphericity Approx. Chi-Square 12426.318
Df 300
Sig. .000
Table 5.1.5 Total Variance Explained
Compon
ent
Initial Eigenvalues
Extraction Sums of
Squared Loadings
Rotation Sums of
Squared Loadings
Total
% of
Varian
ce
Cumulati
ve %
Total
% of
Varian
ce
Cumulati
ve %
Tot
al
% of
Varian
ce
Cumulati
ve %
1 14.375 57.502 57.502
14.375 57.502 57.502
6.251 25.002 25.002
2 2.246 8.985 66.487
2.246 8.985 66.487
5.449 21.798 46.800
3 1.801 7.204 73.691
1.801 7.204 73.691
4.198 16.792 63.591
4 1.371 5.482 79.173
1.371 5.482 79.173
3.896 15.582 79.173
Extraction Method: Principal Component Analysis.
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4202
Table 5.1.6 Rotated Component Matrixa
Component
1 2 3 4
V1 .771
V2 .721
V3 .792
V4 .818
V5 .786
V6 .754
V7 .813
V8 .776
V9 .742
V10 .804
V11 .750
V12 .731
V13 .808
V14 .810
V15 .817
V16 .769
V17 .778
V18 .815
V19 .792
V20 .780
V21 .807
V22 .801
V23 .768
V24 .781
V25 .802
Extraction Method: Principal Component Analysis. Rotation
Method: Varimax with Kaiser Normalization.a
a. Rotation converged in 6 iterations.
Table 5.1.7 Component Transformation Matrix
Component 1 2 3 4
1 .576 .531 .440 .438
2 -.794 .532 .260 .138
3 -.132 -.609 .769 .142
4 .142 .251 .385 -.877
We computed a confirmative factor analysis (CFA) to assess our hypothesized 4 factor model. To assess model fit, we looked
at both absolute fit indices (Confirmative Fit Index (CFI) and Root Mean Square Error Approximation (RMSEA)) and
incremental fit indices (Tucker-Lewis Index (TLI) and Normative Fit Index (NFI)). We set the threshold value for the CFI, TIL
and NFI at >.90 (Black et al. 2007) and the threshold value for the RSMEA at < .001. This overall measurement model shows
excellent model fit (CMIN/DF 1.132, CFI .996; RMSEA .08; TLI .941; NFI .944).
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4203
Fig 5.1
e1
e2
e3
V18
V19
e5
e7
e8
e9
V4
V14
V17
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4204
Table 5.1.8 Model Fit Measures
Measure
Estimate Threshold
CMIN 357.122 --
DF 269 --
CMIN/DF 1.328 Between 1 and 3
CFI 0.993 >0.95
SRMR 0.024 <0.08
RMSEA 0.026 <0.06
PClose 1.000 >0.05
The descriptive statistics shows that though the employees across the companies and across the dimensions have
fairly equal perception on the impact of training; employees feel more impact on Result & Reaction Dimensions.
Table. 5.1.9 Descriptive Statistics
N
Mean Std.
Deviation
REACTION 496 21.124 3.6286
LEARNING 496 15.056 3.1267
BEHAVIOUR 496 15.034 3.1637
RESULT 496 24.118 4.2270
Further, one-way ANOVA was conducted to compare scores of participants across the three
organizations on all the four dimensions. There was statistically no significant difference between
employees on any dimension as determined by one-way ANOVA for reaction (F(2, 494)= 1.581,
p= .207); learning (F(2, 494)= 2.172, p= .115); behavior (F(2, 494)= .594, p= 0.553) as well as
result (F(2, 494)= .688, p= .503). The results are shown in Table No.5.1.10
Table. 5.1.10
Sum of
Squares
df
Mean
Square
F
Sig.
REACTION Between
Groups 41.534 2 20.767 1.581 .207
Within
Groups 6528.778 494 13.136
Total 6570.312 496
LEARNING Between
Groups 42.270 2 21.135 2.172 .115
Within
Groups 4836.162 494 9.731
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4205
Total 4878.432 496
BEHAVIOUR Between
Groups 11.906 2 5.953 .594 .553
Within
Groups 4982.516 494 10.025
Total 4994.422 496
RESULT Between
Groups 24.603 2 12.302 .688 .503
Within
Groups 8891.435 494 17.890
Total 8916.038 496
6.0 Conclusion
Rightly said by Henry Ford, Founder, Ford Motor Company, the only thing worse than training your employees and
having them leave is not training them and having them stay.
Based on the empirical findings, related to our research, to find out the benefit, value addition to organization and its
human capital and does the employees actually transfer learning, we can say candidly that every organization
understands their employee perception and reaction to training and development activities. In today’s scenario,
training is treated as a religion and not as Panacea.
It is well noticed that effective learning and development activities done where required, gives positive outcome.
Employee engagement done to embrace their cognitive, emotional and physical levels, automatically contributes to
productive outcomes, not only for themselves but for organizations
Based on the gender demographics in all three companies, we can state, the majority of males exceeds females
although, at shop floor level, the percentage of female employees are increasing. and permanent employees are well
educated and experienced.As regarding impact of training and development programmes, it can be rightly depicted
that there was employee engagement and desire for career progression at every age level. A positive and healthy
learning work environment embraces productivity and growth for employees and employers. A well-tailored training
program is suitable not only for immediate use of employees but helps them in enhancing their contribution in this
auto industry supply chain. Leaders are created in the organisation and to supplement this companies have established
their own university, colleges and academic institutions.
Measuring training and development has not touched the basic parameters in Indian context. Still we follow the
traditional methods of training measurement but do not proceed to measure their impact. Organisations allocate huge
amount from their budget on training cost, man hours spend on training, number of employees trained every year, but
not give due cognizance to its effectiveness. More focus to be drawn as to what trainers want to measure. Basic premise
is along with training need identification, proper identification of trainee, training design, trainers are essential
ingredient to measure the impact. Impact of training with other strategic business units needs to be attached. To know
the exact impact of training, trainers need to master the measurement techniques.
There always arises a gap between what is measured and what exactly need to be measured. The fundamental
philosophy for training to be successful is that it is a commitment based technique which gives fruitful results if both
the parties acknowledge it. (Booth 1991), explained the utility of training is not just limited to full time employees but
also to part time employees, this being supported by (Mishra 2012) In developing economies, particularly like India,
in manufacturing sector, training is provided to both part time and full time employees. (McColl-Kennedy& White,
1997; Laird, Holton & Naquin, 2003), Training should always be valued as quality delivered to trainees and not the
training hours spent.
Journal of Xi'an University of Architecture & Technology
Volume XII, Issue III, 2020
Issn No : 1006-7930
Page No: 4206
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