Silabus S3

KATALOGPROGRAMPASCASARJANAJURUSANTEKNIKLINGKUNGAN

KURIKULUM2009

PROGRAMMAGISTERREKAYASAPENGENDALIANDANTEKNOLOGI

MANAJEMENLINGKUNGAN(RPTML)DAN

TEKNIKPENYEHATANLINGKUNGANPERMUKIMAN(TPLP)

PROGRAMDOKTORTEKNIKLINGKUNGAN

PROGRAMSTUDIPASCASARJANAJURUSANTEKNIKLINGKUNGAN

FAKULTASTEKNIKSIPILDANPERENCANAANINSTITUTTEKNOLOGISEPULUHNOPEMBER

KatalogProgramPascasarjanaJurusanTeknikLingkungan,FTSP,ITSi

SAMBUTAN

KETUAJURUSANTEKNIKLINGKUNGANFTSPITSAlhamdulillahirabbilalaminPertama,sayapanjatkanpujisyukurkehadiratAllahSWT,TuhanYangMahaEsa,karenaatasridhoNya,makaBukuKatalog20092014inidapatdicetak.Kerjakerasyang telah dilakukan oleh seluruh staf pengajar di Jurusan Teknik Lingkungantelah menghasilkan kurikulum 20092014 ini. Kurikulum ini telah disesuaikandengan kebutuhan pasar kerja sehingga harapannya adalah bahwa lulusanjurusaninidapatmudahterserapdipasarkerjadanbahkanmampumenciptakanlapangankerja.Kedua,sayamengucapkanselamatkepadaParaMahasiswaBaruyangtelahditerimadanbergabungdiJurusanTeknikLingkungan,FakultasTeknikSipil dan Perencanaan, Institut Teknologi Sepuluh Nopember, salah satu PTNterbaikdiIndonesia.Bukukataloginiberisiinformasitentangmatakuliah,jumlahkredit,namadosenpengampu, dan para pejabat di Jurusan Teknik Lingkungan. Buku ini dapatdigunakan sebagai informasi dan pedoman bagi semua pihak yang inginmengetahuikurikulumdaninformasilainnyayangdiperlukantentangjurusanini.Semogasemuainformasiyangtercantumdalambukuinibermanfaat.Surabaya,Agustus2009MasAgusMardyantoKetuaJurusanTeknikLingkunganFTSPITS

iiKatalogProgramPascasarjanaJurusanTeknikLingkungan,FTSP,ITS

DAFTARISI

SAMBUTANKETUAJURUSANTEKNIKLINGKUNGANFTSPITS.................................i

DAFTARISI................................................................................................................ii

VISI,MISI,DANTUJUANJURUSANTEKNIKLINGKUNGANFTSPITS........................1

PROFILJURUSANTEKNIKLINGKUNGANFTSPITS....................................................2

DAFTARDOSENJURUSANTEKNIKLINGKUNGANFTSPITS......................................3

PROGRAMMAGISTERREKAYASAPENGENDALIANDANTEKNOLOGIMANAJEMENLINGKUNGAN....................................................................................1

PROGRAMMAGISTERTEKNIKPRASARANALINGKUNGANPERMUKIMAN...........25

PROGRAMDOKTORTEKNIKLINGKUNGAN............................................................43

KatalogProgramPascasarjanaJurusanTeknikLingkungan,FTSP,ITS1

VISI,MISI,DANTUJUAN

JURUSANTEKNIKLINGKUNGANFTSPITSVisi:Acuandibidangrekayasadanmanajemenlingkunganyangbereputasiinternasionaldalampeningkatankualitaslingkunganhidupmasyarakat.Misi:1. Menyelenggarakanpendidikan sarjanadanpascasarjanadibidang rekayasa

danmanajemenlingkunganyangbereputasiinternasional.2. Mengembangkan IPTEKdibidang rekayasadanmanjemen lingkunganyang

mengutamakankualitaslingkunganhidup,termasukwilayahpesisir.3. Mendiseminasidanmengaplikasikansecaraaktifkarya inovasiteknologidan

metoda dalam penyelesaian permasalahan kualitas lingkungan hidup dimasyarakat.

4. Menjaringjejaringkemitraandenganinstansipemerintahdanswasta/industrididalamdandiluarnegeridibidangrekayasadanmanajemenlingkungan.

5. Menumbuhkembangkan nilai etika, moral, sikap dan softskills civitasakademikadankaryawan.

TujuanPendidikan:1. Menghasilkan lulusan yang berkepribadian luhur, beretika, bermoral

akedemik,memilikisikapdansoftskillsyangkuat.2. Menghasilkan lulusan yangmempumemenuhi ataumenciptakan lapangan

kerjadibidangrekayasadanmanajemenlingkungan.3. Menghsilkankarya rangcangbangundanpenelitiandibidang rekayasadan

manajemen lingkungan, yang berorientasi pada kemutakhiran sertamenyebarluaskannya melelui publikasi ilmiah di tingkat nasional atauinternasional.

4. Meningkatkan peran secara aktif penyelesaianmasalah kualitas lingkunganhidup melalui penyelenggaraan pelatihan, jasa konsultasi, perencanaan,penerapaninovasiteknologitepatguna,danpelayananjasalaboratorium.

5. Mengembangkan IPTEK di bidang pendidikan, penelitian, dan pengabdianmasyarakat untuk meningkatkan kesejahteraan bersama melalui jejaringkemitraanyangefektif.

6. Menerapkan Good Corporate Governance dalam mencapai visi dan misijurusan.

2KatalogProgramPascasarjanaJurusanTeknikLingkungan,FTSP,ITS

PROFILJURUSANTEKNIKLINGKUNGAN

FTSPITS

Program Studi S1 Teknik Lingkungan, Fakultas Teknik Sipil danPerencanaan, Institut Teknologi Sepuluh Nopember dibuka sejak tahun 1983berdasarkan Surat KeputusanDirjen Pendidikan Tinggi,Departemen Pendidikandan Kebudayaan Republik IndonesiaNomor 116/DIKTI/Kep/1984 dengan namaProgram Studi Teknik Penyehatan. Kemudian pada tahun 1996 Program StudiTeknik Penyehatan berubah menjadi Program Studi Teknik Lingkunganberdasarkan Surat Keputusan Dirjen Pendidikan Tinggi Departemen PendidikandanKebudayaanRepublik IndonesiaNomor224/DIKTI/Kep/1996yangkemudianberubahmenjadiJurusanTeknikLingkungan.PimpinanJurusanTeknikLingkungan:1.KetuaJurusan

Ir.MasAgusMardyanto,ME.PhD2.SekretarisJurusan

Ir.AtiekMoesriati,M.Kes3.KepalaLaboratorium:

LaboratoriumPemulihanAirProf.Ir.WahyonoHadi,MSc.PhD

LaboratoriumPengendalianPencemaranUdaraProf.Ir.JoniHermana,MSc.ES.PhD

LaboratoriumLimbahPadatdanB3Prof.Dr.Dra.YulinahTrihadiningrum,MAppSc

LaboratoriumEkotoksikologiProf.Dr.Ir.SarwokoMangkoedihardjo,MSc.ES

LaboratoriumKualitasLingkunganIr.AgusSlamet,MSc

Jurusan Teknik Lingkungan FTSPITS saat ini mempunyai staf pengajar

sebanyak31orangyangterdiridari4orangGuruBesar,8orangDoktor(S3),23orang Magister (S2), dan ditambah beberapa dosen dari jurusan lain yangmembinamatakuliahdasardanmatakuliahumum.


DAFTARDOSENJURUSANTEKNIKLINGKUNGAN

FTSPITS

NO NAMADOSENLULUSANDARI

BIDANGKEPAKARANS1 S2 S3

1 Prof.Ir.WahyonoHadi,MSc.PhD

ITB StateUniv.ofSouthDakota,USA

Univ.Leuven,Belgia

PengolahanAirMinum&AirLimbah.

2 Ir.M.Razif,MM ITB ITB PembangunandanManajemenLingkungan.

3 Ir.HariWikoIndarjanto,M.Eng

ITB Univ.Leuven,Belgia

DistribusidanPengolahanAirMinum.

4 Prof.Dr.YulinahTrihadiningrum,MAppSc

ITB

Univ.ofNewSouthWales,Australia

Univ.ofAntwerpen,Belgia

TeknikAnalisisPencemarLingkungandanPengolahanLimbahB3.

5 Prof.Dr.Ir.SarwokoMangkoedihardjo,MSc.ES

ITB Univ.ofGent,Belgia

Unibraw SanitasiLingkungandanPhytoremediasi.

6 Dr.Ir.NiekeKarnaningroem,MSc

ITB IHE,Belanda ITS PengolahanAirLimbah.

7 Ir.AtiHartati,MSc ITB IHE,Belanda PengolahanAirMinum8 Ir.AgusSlamet,MSc ITS IHE,Belanda PengolahanAirLimbah

Domestik.9 Prof.Ir.JoniHermana,

MSc.ES.PhDITB Univ.ofGent,

BelgiaUniv.ofNewcastle,Inggris

PengolahanAirLimbahIndustriSecaraBiologis,SistemManajemenLingkungan.

10 Ir.AtiekMoesriati,M.Kes ITS Univ.Airlangga,Surabaya

KesehatanLingkungan

11 Ir.EddySetiadiSoedjono,Dipl.SE.MSc.PhD

ITS IHE,Belanda Inggris PengolahanAirLimbahSecaraAnaerob,Wetlands

12 Ir.GoghYudihanto,MSc ITB IHE,Belanda PengolahanAirLimbah13 Ir.MasAgusMardyanto,

ME.PhDITS Univ.Of

RoorkeIndianInstituteofTechnology

Univ.ofOtawa,Canada

Rekayasa,Manajemen,danPemodelanAirTanah.

14 Ir.BowoDjokoMarsomo,M.Eng

ITB AsianInstituteofTechnology,Thailand

TeknologiMembran

15 Ir.DidikBambangSupriyadi,MT

ITB ITS PerencanaanStruktur,Pemodelan,danCAD

16 Ir.EllinaS.Pandebesie,MT ITB ITS SedangStudyS3diITS

PengelolaanSampah


NO NAMADOSENLULUSANDARI

BIDANGKEPAKARANS1 S2 S3

17 Ir.R.IrwanBagyoSantoso,MT

ITS ITB PengolahanAirMinum

18 AliMasduqi,ST.MT ITS ITB SedangStudyS3diITS

PengolahanAirMinumdanManajemenSumberdayaAir.

19 SusiAgustinaWilujeng,ST.MT

ITS ITB PengolahanAirLimbah

20 Ir.RachmatBoedisantoso,MT ITS ITB PengelolaanKualitasUdara

21 BiebyVoijantTangahu,ST.MT ITS ITS SedangStudyS3diMalaysia

PengolahanAirLimbahdanPengolahanBuanganPadat.

22 IDAAWarmadewanthi,ST.MT.PhD

ITS ITB NTUST,Taiwan


23 AdhiYuniarto,ST.MT ITS ITS SedangStudyS3diUTM,Malaysia

ManajemenLingkungan

24 HarminSulistiyaningtitah,ST.MT

ITS ITB SedangStudyS3diUKMMalaysia

LimbahPadat,B3,danPhytoremediasi

25 IpungFitriPurwanti,ST.MT ITS ITS SedangStudyS3diUKMMalaysia


26 AliaDamayanti,ST.MT ITS ITS SedangStudyS3diUTM,Malaysia


27 AbduFadliAssomadi,SSi.MT Unibraw ITS PengelolaanKualitasUdara

28 AriDiparezaSyafe'iST.MT.MEPM

ITS NTU,Taiwan ManajemenLingkungan

29 ArsetoYektiBagastyo,ST.MT.MSc

ITS ITS SedangStudyS3diAustralia

PengolahanAirLimbah

QueenslandUniv.

30 WellyHerumurti,ST ITS Univ.Petronas,Malaysia

ManajemenLingkungan

31 AlfanPurnomo,ST ITS SedangStudyS2diITS

PengolahanAirLimbah


FasilitasAkademik1. RuangKuliah2. RuangSidangdanSeminar3. RuangDosen4. Laboratorium

a. LaboratoriumPemulihanAirb. LaboratoriumPengendalianPencemaranUdarac. LaboratoriumLimbahPadatdanB3d. LaboratoriumEkotoksikologie. LaboratoriumKualitasLingkungan

5. RuangKomputer6. Perpustakaan(RuangBaca)7. MajalahIlmiah


PROGRAMMAGISTERREKAYASAPENGENDALIAN

DANTEKNOLOGIMANAJEMENLINGKUNGAN


ProgramStudiDepartment

JURUSANTEKNIKLINGKUNGANDEPARTMENTOFENVIRONMENTALENGINEERING

JenjangPendidikanProgramme

PROGRAMMAGISTERREKAYASAPENGENDALIANDANTEKNOLOGIMANAJEMENLINGKUNGANMASTERPROGRAMMEINENGINEERINGCONTROLANDENVIRONMENTALMANAGEMENTTECHNOLOGY

KompetensiLulusan

Menitikberatkanpengembangankeilmuanmelalui: Mampumengkajipermasalahansecarakomprehensifdan

penyelesaianilmiah. Mampu merencanakan dan mengembangkan penelitian

berorientasipadakemutakhiran. Mampu dan terampil mengembangkan kriteria

perencanaansertamengaplikasikannya. Mampumengkomunikasikankaryailmiahsecaralisandan

tertulis. Mampumengintegrasikanketrampilanteknis(hardskills)

danpenunjangpelaksanaannya(softskills).

GraduateCompetence

Focusingonscientificdevelopmentthrough: Able to carry out comprehensive scientific review and

problemsolving. Abletoplananddesignanovelorientedresearchworks. Able to formulateplanninganddesign criteriaand their

applications. Able to communicate scientific works both in oral and

writing. Abletointegratehardskillsandsoftskills.


STRUKTURKURIKULUM/COURSESTRUCTURENo. KodeMK

CodeNamaMataKuliah(MK)

CourseTitlesks

CreditsSEMESTERI

1 RE092301 ProsesPenyediaanAirTingkatLanjutAdvanceWaterSupplyProcess

3

2 DaftarList

MataKuliahPilihanElectivesubject

3

3 DaftarList


3

Jumlahsks/Totalofcredits 9SEMESTERII

1 RE092302

ProsesPengolahanLimbahTingkatLanjutAdvanceWasteTreatmentProcess

3

2 RE092303

TeknikRemediasiLingkunganTercemarRemediationEngineeringForPollutedEnvironment

3

3 DaftarList


3

4 DaftarList


3

Jumlahsks/Totalofcredits 12SEMESTERIII

1 DaftarList


3

2 DaftarList


3

3 DaftarList


3

Jumlahsks/Totalofcredits 9SEMESTERIV

1 RE092314 TesisThesis

6

Jumlahsks/Totalofcredits 6


DAFTARMATAKULIAHPILIHANListofelectivesubjects

1 RE092201

MetodologiPenelitianTingkatLanjutAdvancedResearchMethodology

3

2 RE092202 StatistikLanjutAdvanceStatictics

3

3 RE092203 TechnopreneurshipTechnopreneurship

3

4 RE092304 PemodelanTeknikLingkunganEnvironmentalEngineeringModelling

3

5 RE092305 ProsesPengolahanSampahDanLimbahB3SolidWasteAndHazardousWasteTreatmentProcess

3

6 RE092306 ProsesPengolahanGasBuangGaseousEmissionProcess

3

7 RE092307 AnalisaSistemDanOptimasiOptimalizationAndSystemAnalysis

3

8 RE092308 EkotoksikologiTingkatLanjutAdvanceEcotoxicology

3

9 RE092309 PengelolaanSumberDaya LingkunganEnvironmentalResourcesManagement

3

10 RE092310 BioteknologiLingkunganEnvironmentalBiotechnology

3

11 RE092311

SistemManajemenLingkunganTingkatLanjutAdvanceEnvironmentalManagementSystems

3

12 RE092312 EkohidrologiEcohydrology

3

13 RE092313 FitoteknologiTingkatLanjutAdvancePhytotechnology

3


SILABUSKURIKULUM/COURSESYLLABUS

MATAKULIAH/COURSETITLE

RE092301:ProsesPenyediaanAirTingkatLanjutRE092301:AdvanceWaterSupplyProcessCredits:3sks/3creditsSemester:I

TUJUANPEMBELAJARAN/LEARNINGOBJECTIVES

Mahasiswa mampu mensintesa dan memberikan solusidalam sistem penyediaan airminum dan air industri untukprosesdanproduk.Students are able to synthesize and provide solution fordrinkingwatersupplyandindustrialwater,bothforprocessesandproduction.

KOMPETENSI/COMPETENCY

Mampumengevaluasi karakteristik air baku dan produkair.

Mampu merencanakan proses pengolahan air untukdomestikdanindustri.

Mampumendesainteknikpengolahanairminumdanairprosessertaprodukairindustri.

Abletoevaluatecharacteristicsofrawwaterandtreated

water. Able to treatment process of water for domestic and

industry. Abletodesigntreatmenttechniquefordrinkingwaterand

waterforprocessandindustrialproducedwater.

POKOKBAHASAN/SUBJECTS

Parameterkualitasairspesifik(organikdanrecalcitrant). Proses fisikkimia secara terpadu, filtrasi tingkat lanjut

(teknologi membran: mikrofiltrasi, ultrafiltrasi,nanofiltrasi,danreverseosmosis),teknikadsorpsi,teknikdemineralisasi,teknologidesinfeksi(ozonasi,UV).

Studi kasus pengolahan air untuk kebutuhan prosesproduksi dalam penyediaan air minum dan air untukberbagaijenisindustri.

Specific water quality parameters (organic andrecalcitrant).

Integrated physicochemical process, advance filtration(membrane microfiltration, ultrafiltration, nanofiltration,and reverse osmosis), adosprtion technique,demineralization technique, desinfection techniques(ozonation,UV).


Case studyofwater treatment forprocessproduction indrinking water supply and various industrial needs ofwater.

PUSTAKAUTAMA/REFERENCES

Uranceau,S.J.(tech.ed.).2001.MembranePracticesforWater Treatment. American Water Works Association.Denver.

Kawamura,S.2000. IntegratedDesignandOperationofWaterTreatmentFacilities.2nded. JohnWileyandSons.NewYork.

Qasim, S.R. Motley, E.M. and Guang, Z. 2000. WaterWorks Engineering Planning, Design, and Operation.PrenticeHall.UpperSaddleRiver.

Water Environment Federation. 2000. MembraneTechnologies for Industrial and Municipal WastewaterTreatment and Reuse. Water Environment Federation.Alexandria.


RE092302:ProsesPengolahanLimbahTingkatLanjutRE092302:AdvanceWasteTreatmentProcessCredits:3sks/3creditsSemester:II


Mahasiswa mampu merencanakan dan merancang prosespengolahan limbah cair, padat, dan gas di bidang tekniklingkungan.Studentsareabletoplananddesignthetreatmentprocessofwastewater, solid waste and gas waste in environmentalengineering.


Mampu mengevaluasi karakteristik berbagai bentuklimbah.

Mampu merencanakan proses pengolahan berbagaibentuklimbah.

Mampu mendesain teknik pengolahan berbagai bentuklimbah.

Abletoevaluatecharacteristicsofvariouswastes. Abletotreatmentprocessofvariouswastes. Abletodesigntreatmenttechniqueofvariouswastes.


Kesetimbanganmaterial. Perpindahan massa (konvektif, advektif, dispersi, dan

difusi).


Kinetika reaksi, reaktordan jenisnya, reaktor isothermalaliranidealdannonideal.

Biokinetikapertumbuhan tersuspensidengandan tanparesirkulasi.

Materialbalance. Mass transfer (convective, advective, dispersion and

difusion). Reaction kinetics, reactor types, isothermal reactor for

idealandnonidealflow. Biokinetics of suspended growth with and without

resirculation.


Metcalf and Eddy. 2004. Wastewater Engineering(TreatmentandReuse).4thEd.McGrawHill.NewYork.

Eckenfelder, W.W. Jr. 2000. Industrial Water PollutionControl.3rdEd.MC.GrawHill.

Renolds,T.D.&Richard,P.A.1996.UnitOperationsandProcess in Environmental Engineering. Second Ed. PWS.NewYork.


RE092303:TeknikRemediasiLingkunganTercemarRE 092303: Remediation Engineering For PollutedEnvironmentCredits:3sks/3creditsSemester:II


Mahasiswa mampu merencanakan dan merancangpemulihan mutu lingkungan tercemar dengan proses fisikkimiabiologi.Students are able to plan and design the remediation ofpolluted environment by means of physicochemical andmicrobialprocesses.


Mampumengevaluasilingkungantercemar. Mampumerencanakanprosesremediasi. Mampumendesainteknikremediasi. Abletoevaluatepollutedenvironment. Abletoplanremediationprocesses. Abletodesignremediationtechniques.



Pemulihan lingkungan (udara, air, dan tanah) tercemardenganmetodafisikkimiawi.

Pemulihandenganteknikbioremediasi. Pemulihandenganteknikfitoremediasi. Remediationofpollutedenvironment(air,waterandsoil)

usingphysicochemicalprocesses. Remediationusingbioremediationtechniques. Remediationusingphytoremediationtechniques.


USEPAUnited States Environmental Protection Agency.1999. Phytoremediation Resource Guide. EPA/542/B99/003.

USEPAUnited States Environmental Protection Agency,2001. Ground Water Issue. Phytoremediation ofContaminatedSoilandGroundWateratHazardousWasteSites.EPA/540/S01/500,February2001.

Jurnaljurnalinternasionalberbagaipenerbit.Internationaljournalsfromvariouspublishers.


RE092201:MetodologiPenelitianTingkatLanjutRE092201:AdvancedResearchMethodologyCredits:3sks/3creditsSemester:I


Mahasiswa mampu membuat proposal penelitian yangbermutuuntukdilaksanakandalampenelitian.Students are able to provide high quality research proposalforresearchworks.


Mampu merencanakan dan merancang metodepenelitian.

Mampumembuatproposalpenelitian. Mampumempresentasikanproposalpenelitian. Abletoplananddesignresearchmethodology. Abletoprovideresearchproposal. Abletopresentresearchproposal.


Berbagai jenis penelitian dalam pengembangan ilmupengetahuandanteknologi.

Menemukan permasalahan penelitian, metodologipelaksanaanpenelitian.


Bahasa penulisan ilmiah, metode penulisan ilmiah, danpresentasidenganmenggunakanbahasa Indonesiayangbaikdanbenar.

Tugas:menyusunproposalthesis. Variousresearchworksinthedevelopmentofscienceand

technology. Problem formulation, writing scientific method, and

presentationusinghighqualityBahasaIndonesia. Assignment:researchproposal.


Mangkoedihardjo, S. Strategi Tulis Artikel JurnalInternasional (Manuscript Writing Strategy ForInternational Journal), Surabaya: Penerbit Gunawidya,2009.

Greenfield,T(ed).1996.ResearchMethods:GuidanceforPostgraduates.Arnold.London.

Sproull, N. 1995. Handbook of Research Methods. TheScarecroePress.

Creswell J. 1994. Research Design: Qualitative andQuantitativeApproaches.SagePub.NewDelhi.

Hedrick, T. et.al. 1993. Applied Research Design: APracticalGuide.SagePub.NewDelhi.

Beach, D.P. and Torsten, K.E.A. 1992, Handbook forScientific and Technical Research. Prentice Hall.EnglewoodCliffs.


RE092202:StatistikLanjutRE092202:AdvanceStaticticsCredits:3sks/3creditsSemester:I


Mahasiswa mampu menerapkan ilmu statistik sebagai alatuntuk pengambilan keputusan dalam penelitian di bidangtekniklingkungan.Students are able to use statistics as a tool for decisionmakingforresearchinenvironmentalengineering.


Mampu menerapkan ilmu statistik sebagai alat untukpengambilankeputusandalampenelitiandibidangtekniklingkungan.


Able to use statistics as a tool for decision making forresearchinenvironmentalengineering..


Kajianumumstatistik(penggunaanMINITABdanSPSS). Uji hipotesis, distribusi, regresi, desain eksperimen,

optimalisasi. Rancangan tiga dimensi menggunakan MAPPLE atau

STATGRAPHICS. Trenddansimulasi. Brief Review of Statistic (Demonstration using MINITAB

andSPSS). Statistical Testing Hypothesis, Distribution of Fitting

(GoodnessofFitTest),RegressionAnalysis,ExperimentalDesign(ED),ResponseSurfaceMethods(Optimization).

Three dimensional design and plotting (usingMAPLE orSTATGRAPHICS).

Time Series and Promoting of the Newest Methods(Simulation).


Zar, Jerrold H. 1996. Biostatistical Analysis. 3rd Edition.PrenticeHall.EnglewoodCliffs.

Berthouex, P.M. and Brown, L.C. 1994. Statistics forEnvironmentalEngineers.Lewis.BocaRaton.

Shahin, M. van Oorschot, H.J.L. de Lange, S.J. 1993.Statistical Analysis in Water Resource Engineering. A.A.Balkema.Rotterdam.

Rovine,M.J.andVonEye,A.1991.AppliedComputationalStatistics in Longitudinal Research. Academic Press.Boston.


RE092203:TechnopreneurshipRE092203:TechnopreneurshipCredits:3sks/3creditsSemester:II


Mahasiswa mampu menerapkan ilmu dan teknologilingkunganuntukkewirausahaan.Students are able to use science and technology inenvironmentalengineeringfortechnopreneurship.


Mampu mempromosikan kewirausahaan tekniklingkungan.


Able to promote environmental engineering fortechnopreneurship.


Evaluasi kelayakan teknologi lingkungan untukkewirausahaan.

Pendekatankewirausahaantekniklingkungan. Evaluationofappropriateenvironmentaltechnologiesfor

technopreneurship. Technopreneurship approaches for environmental

engineering.PUSTAKAUTAMA/REFERENCES

Jurnaljurnaltechnopreneurshipberbagaipenerbit.Technopreneurshipjournalsfromvariouspublishers.


RE092304:PemodelanTeknikLingkunganRE092304:EnvironmentalEngineeringModellingCredits:3sks/3creditsSemester:II


Mahasiswa mampu mensintesa pemodelan matematikauntuk memberikan solusi untuk permasalahan tekniklingkungan.Students are able to synthesize mathematical models inenvironmentalproblemsolving.


Mampu menggunakan model matematik untukpenyelesaianmasalahlingkungan.

Able to use mathematical models in environmental

problemsolving.


Dasarpemodelandalambidangtekniklingkungan. Persamaan linier dan nonlinier, persamaan linier

simultan, kuadratur (intregrasi numerik), persamaandifrensialbiasadanparsial,metodebedahingga.

Pengenalan dan penyusunan model matematika,pendekatan sistem, solusimodelmatematika,penyajianmodel,jenisdanperkembanganmodellingkungan.


Basicmodelsinenvironmentalengineering. Linear and nonlinear equations, simultaneous linear

equation, numerical integration, basic and partialdifferentialequations.

Introduction tomathematicalmodels, system approach,solution of mathematical model, model presentation,typesandstateoftheartforenvironmentalmodels.


Mooney, D.D. and Swift, R.J. 1999. A Course inMathematical Modelling. The Mathematical AssosiationofAmerica,WashingtonDC.USA.

TienChang, L. 1998. Applied Mathematics inHydrogeology.Lewis.BocaRaton.

Kernevez, JP. 1997. The Sentinel Methods and ItsApplication to Environmental Pollution Problems. CRC.BocaRaton.

Schnoor, J.L.1996.EnvironmentalModelling. JohnWileyandSons.NewYork.

Carey, G. F. (Ed.). 1995. Finite Element Modelling ofEnvironmental Problems Surface and Subsurface FlowandTransport.JohnWileyandSons.NewYork.

Griffiths,D.V.andSmith, I.M.1991.NumericalMethodsforEngineers.BlackwellScientific.OxfordUK.

Hadlock, CR. 1988. Mathematical Modelling in TheEnvironment.TheMathematicalAssosiationofAmerica,WashingtonDC.USA.


RE092305:ProsesPengolahanSampahdanLimbahB3RE 092305: Solid Waste And Hazardous Waste TreatmentProcessCredits:3sks/3creditsSemester:I


Mahasiswamampumensintesadalampengolahan buanganpadatdanB3.Students are able to synthesize solid waste and hazardouswastetreatments.


Mampu mengevaluasi karakteristik buangan padat danmenetapkanteknologipengolahannya.

Mampu mengevaluasi karakteristik limbah B3 danmenetapkanteknologipengolahannya.


Able to evaluate the characteristics of solid waste anddeterminethesuitabletechnologies.

Able to evaluate the characteristics of hazardouswasteanddeterminethesuitabletechnologies.


Kajiansumberdankarakteristikbuanganpadat. Teknologipengolahanbuanganpadat. Solidifikasi, incenerasi, pirolisis, komposting, digester,

teknologipembuanganakahir. KajiansumberdankarakteristiklimbahB3. TeknologipengolahandanpembuanganakhirlimbahB3. Review of solid waste sources and the wastes

characteristics. Treatmenttechnologiesforsolidwaste. Solidification, incineration, pyrolysis, composting,

digester,finaldisposaltechnologies. Review of hazardous waste sources and the wastes

characteristics. Treatment technologiesand finaldisposal forhazardous

waste.


Vesilind,P.A.Worrell,W.andReinhardt,D. 2002.SolidWaste Engineering. Brooks/Cole Thomson Learning,Australia.

Diaz, L.F. Savage, G.M. Eggerth, L.L. and Golueke, C.G.1993.Composting andRecyclingMunicipal SolidWaste.LewisPublishers.London.

Lund,HF.1993.RecyclingHandbook.McGrawHill .NewYork.

Tchobanoglous, G. Theisen, H. and Vigil, S.A. 1993.Integrated Solid Waste Management. EngineeringPrinciples and Management issues. McGraw Hill. NewYork.



RE092306:ProsesPengolahanGasBuangRE092306:GaseousEmissionProcessCredits:3sks/3creditsSemester:I


Mahasiswa mampu mensintesa dalam teknologipengendalianpencemaranudara.Students are able to synthesize the technologies for airpollutioncontrol.


Mampu mengevaluasi karakteristik gas buang danmenetapkanteknologipengolahannya.

Able to evaluate the characteristics of gas emissionand

determinethesuitablecontroltechnologies.


Kajian jenis dan sumber pencemar di udara, teknologipengendalian partikulat, teknologi pengendalian gas,recorverygas.

Tugas:perancanganteknologipengendalianpencemaranudaradarisumberbergerakdan/atautidakbergerak.

Review of types and sources of air pollutants,

technologiesforparticulatetreatment,gastreatmentandgasrecovery.

Assignment: engineering design for air pollution controlfromstationaryandnonstationarypollutantsources.


Davis,W.T.2000.AirPollutionControlEngineeringManual.AirandWasteManagementAssociation.JohnWileyandSons.NewYork.

Noll,K.E.1999.DesignofAirPollutionControlDevices.AmericanAcademyofEnvironmentalEngineering.USA.

Cooper,C.D.Alley,F.C.1994.AirPollutionControl:ADesignApproach.WavelandPressInc.Illinois.



RE092307:AnalisaSistemdanOptimasiRE092307:OptimalizationandSystemAnalysisCredits:3sks/3creditsSemester:II


Mahasiswa mampu menerapkan suatu analisa sistem danoptimasiuntukpengambilankeputusandalambidangtekniklingkungan.Students are able to implement a system analysis andoptimalization for decision making in environmentalengineering.


Mampu menggunakan prinsip analisa sistem danoptimalisasi sebagai pendekatan metode pengambilankeputusan.

Able to use the principles of system analysis and

optimalizationasanapproachmethodology fordecisionmaking.


Prinsipsistem(struktur,perspektif,lingkungan,klasifikasi,pemodelan).

Metodologi analisis sistem (karakteristik, elemen,kerangkakerja,proses&prosedur).

Formulasi problem (unsur, tahapan proses),implementasi analisa sistem (skenario, objective,constraint,alternatif,validasi).

Prinsip optimasi (perspektif keputusan, teknik optimasi,framework&modelkeputusan,variabel,parameter).

Modeloptimasisistemprogram linier,programdinamis,multicriteria/AHP.

Principlesofsystem(structure,perspective,environment,

classification,modelling). Systemanalysismethodologies (characteristics,element,

framework,processandprocedures). Problem formulation (component, stages of process),

implementation of system analysis (scenario, objective,constraint,alternative,validation).

Principles of optimalization (decision perspective,optimalization techniques, framework and decisionmodel,variable,parameter).


Optimalization model for linear programme, dynamicprogramme,multicriteria/AHP.


Eriyatno.1998.IlmuSistem.IPBPress.Bogor. Miser, J.H. 1995.Handbook of System Analysis. John

WileyandSons.Chichester. Simatupang,T.1994.TeoriSistem.AndiOffset.Jogya. Simatupang,T.1994.PemodelanSistem.Nindita.Klaten. Raq, Ss.1994.OptimationTheoryandApplication.Wiley

EasternLimited.NewDelhi. Saaty.T.L. 1994.Fundamental of Decicion Making in

PriorityTheory.RWSPublications. Philips, D.T. 1979.Operation Research Principle and

Practice.JohnWileyandSons.Chichester.


RE092308:EkotoksikologiTingkatLanjutRE092308:AdvanceEcotoxicologyCredits:3sks/3creditsSemester:I


Mahasiswamampumensintesaefeksuatutoksikanterhadapmakhlukhidupdalamsuatuekosistem.Studentsareabletosinthesizetheeffectoftoxicanttowardslivingorganismsinanecosystem.


Mampumengevaluasidatatoksisitaszat. Mampumerencanakanpenetapanbakumutukomponen

lingkungan. Mampu mendesain penelitian ekotoksikologi dalam

berbagai teknosfer spesifik seperti industri, pengolahanairminumdanpengolahanairlimbah,dll.

Abletoevaluatetoxicitydata. Able to plan in determining quality standard for

environmentalcomponents. Able to design research works in various specific

technospheressuchasindustry,drinkingwatertreatment,wastewatertreatment,etc.


Kaji ulang ekotoksikologi berkaitan dengan mekanismepaparan zat, pengujian toksisitas dan analisis hasil ujitoksisitas.


Pemanfaatan ekotoksikologi untuk: tetapan mutulingkungan teknosfer umumnya, dan teknosfer industri,penyediaan air minum, pengelolaan air limbah,pengelolaan sampah, pengelolaan ekosistem, roadmapekotoksikologi.

Review of ecotoxicology in relation to mechanism of

compounds/substances exposure, toxicity test andanalysistoxicityresults.

Useofecotoxicology fordeterminationofenvironmentalquality,andthetechnospheresofindustry,drinkingwater,wastes management, solid waste management,ecosystemmanagementandecotoxicologyroadmap.


Mangkoedihardjo, S. dan G. Samudro. EkotoksikologiTeknosfer (Ecotoxicology for Technosphere), Surabaya:PenerbitGunawidya,2010.



RE092309:PengelolaanSumberDayaLingkunganRE092309:EnvironmentalResourcesManagementCredits:3sks/3creditsSemester:I


Mahasiswa mampu mensintesa dan mengevaluasipencemaran lingkungan (udara, air permukaan, air tanah,dantanah)sertadapatmemberikansaranpemecahannya.Students are able to sinthesize and evaluate environmentalpollution (air,surfacewater,groundwater,soil)andprovidesolutionmethods.


Mampu mengevaluasi dan menilai pencemaranlingkungan.

Mampumerencanakanmetodepencegahanpencemaranlingkungan.

Mampu mendesain pengendalian pencemaranlingkungan.

Abletoevaluateandassessenvironmentalpollution. Abletoplanpollutionpreventionmethods. Abletodesignenvironmentalpollutioncontrolmethods.



Kajiulangteknikkonservasilingkungan. Teknikperlindunganairpermukaan,airtanah,udara,dan

tanah terhadap pencemaran dan kerusakan lingkunganlainnya.

Tugas: studi kasus topik spesifik mengenai pengelolaansumberdayalingkungan.

Reviewofenvironmentalconservationtechniques. Preventivemeasuresforsurfacewater,groundwater,air

andsoilagainstpollutionandotherrelatedenvironmentaldestructions.

Assignment:casestudyforspecifictopicinenvironmentalresorcesmanagement.


UNEPUnited Nation Environmental Program, 2004.Integrated Watershed Management Ecohydrology &PhytotechnologyManual.



RE092310:BioteknologiLingkunganRE092310:EnvironmentalBiotechnologyCredits:3sks/3creditsSemester:II


Mahasiswamampumenyebut jelaskanbahanbahanbiologisyang dapat digunakan untuk menghasilkan produk yangbermanfaatdalammengatasimasalahlingkungan.Studentsareable toclearlydecribebiologicalmaterials thatcan be used for valuable products in solving environmentalproblem.


Mampumendeskripsikanbahanbahanbiologis. Mampumerencanakanprosestransformasibiologis. Mampumendesainteknikproduksibioteknologi. Abletodescribebiologicalmaterials. Abletoplanbiologicaltransformationprocess. Abletodesignproductiontechniquesinbiotechnology.



PengenalanBioteknologisebagaiilmupengetahuandasartekniklingkungan.

Prinsip pemanfaatan mikrobiologi industri, genetikamikribiologis,enzimologidanrekayasa fermentasidalambidangbioteknologi.

Proses sterilisasi, teori desain fermentor, separasi,konsentrasi,danmanufakturskalaindustri.

Introduction to biotechnology as a basic knowledge in

environmentalengineering. Principles of using industrial microbiology, genetics,

enzimology and fermentation engineering inbiotechnology.

Sterilization process, design theory for fermentor,separation,concentration,andindustrialmanufacture.


VanHaandel,A.C.andLettinga,G.1994.AnaerobicSewageTreatment.JohnWileyandSons.NewYork.

Randall,L.D.andRandall,C.W.1978.BiologicalProcessesDesignofWastewaterTreatmentPrenticeHall.


RE092311:SistemManajemenLingkunganTingkatLanjutRE092311:AdvanceEnvironmentalManagementSystemsCredits:3sks/3creditsSemester:I


Mahasiswa mampu menerapkan dasardasar sistemmanajemenlingkungandalambidangproduksidanjasa.Students are able to implement basic system ofenvironmentalmanagementforproductsandservices.


Mampumendeskripsikansistemmanajemenlingkungan. Mampumerencanakansistemmanajemenlingkungan. Mampu melaksanakan topik khusus sistem manajemen

lingkungan. Abletodescribeenvironmentalmanagementsystem. Abletoplanenvironmentalmanagementsystem. Able to carry out a specific topic in environmental

managementsystem.



Pengenalan sistem manajemen lingkungan, isulingkunganglobal,peraturandanhukumlingkungan.

Langkah persiapan penerapan sistem manajemenlingkungan, pembuatan kebijakan lingkungan,perencanaansistemmanajemenlingkungan.

Penerapan dan operasi, pemeriksaan dan tindakankoreksi, pengkajian manajemen, daftar periksapenerapan sistem manajemen lingkungan, sertifikasisistemmanajemenlingkungan.

Tugas:presentasistudikasus(perorangan)ISO14000. Introduction to environmental management system,

globalenvironmentalissue,regulations. Preparation for implementation of environmental

management system, environmental policy, systemmanagementplan.

Implementation and operation, corrective measures,management review, listof investigation, certification inenvironmentalmanagementsystem.

Assignment:presentacasestudy(individual)ISO14000.


Lerche, I.andPaleologos,E.K.2001.EnvironmentalRiskAnalysis.McGrawHill.NewYork.

ORiordan, T. 1995. Environmental Science forEnvironmentalManagement.Longman.Singapore.

Petts, J. and Eduljee, G. 1994. Environmental ImpactAssessment forWasteTreatmentandDisposalFacilities.JohnWileyandSons.NewYork.

Holmes,G.Singh,B.R.andTheodore,L.1993.Handbookof Environmental Management and Technology. JohnWileyandSons.NewYork.


RE092312:EkohidrologiRE092312:EcohydrologyCredits:3sks/3creditsSemester:II


Mahasiswa mampu menganalisis, mengembangkan danmendesainpengendaliansiklushidrologiramahlingkungan.Studentsareabletoanalyse,developanddesignecofriendlyhydrologiccycle.



Mampu mengevaluasi secara kuantittaif dan kualitatifsiklushidrologi.

Mampu merencanakan pengembangan ekohidrologidalamsuatuekosistem.

Mampumendesain pengendalian siklus hidrologi ramahlingkungan.

Able to evaluate quantitatively and qualitatively for

hydrologicalcycle. Abletoplanecohydrologyforanecosystem. Able to design for controlling ecofriendly hydrological

cycle.


Kajiulangsiklushidrologisecarakuantitatifdankualitatif. Integrasisiklushidrologidanekosistemuntukkonservasi

airtawar. Tugas: studi kasus topik spesifik mengenai pengelolaan

sumberdayaair. Reviewofhydrologicalcyclebymeansofquantitativeand

qualitativemeasures. Integration of hydrological cycle and ecosystem to

conservefreshwater. Assignment:casestudyforspecifictopicinecohydrology.


UNEPUnited Nation Environmental Program, 2004.Integrated Watershed Management Ecohydrology &PhytotechnologyManual.



RE092313:FitoteknokologiTingkatLanjutRE092313:AdvancePhytotechnologyCredits:3sks/3creditsSemester:II


Mahasiswa mampu menerapkan pengetahuan fitoteknologidalamdunianyata.Students are able to implement phytotechnology in a realworld.



Mampu mengevaluasi performance infrastrukturfitoteknologiyangtelahada.

Mampu merencanakan penerapan fitoteknologi dalampembangunaninfrastrukturlingkungan.

Mampu mendesain penerapan fitoteknologi untukpenyelesaianmasalahlingkungan.

Able to evaluate performance of the existing

infrastructureofphytotechnology. Able to plan applied phytotechnology in environmental

infrastructuredevelopment. Able to design the application of phytotechnology for

environmentalproblemsolving.


Sinkroni aliran air mendasari transformasi kuantitas airuntuk memahami penetapan ruang terbuka hijau danteknologi berkaitan dengan drainase air hujan,pengolahanairminumdanpengolahanairlimbah.

Platform ekotoksikologimendasari transformasi efek zatuntukmemahamiseluruhkajianfitoteknologi.

Fitoproses membahas prosesproses tumbuhan untukmeresponskualitasdankuantitas faktor lingkunganyangterpapardalamekosistemtumbuhan.

Fitostruktur ruang terbuka hijau mengawali bahasanteknologi alamiah sebagai infrastruktur biologis yangwajib ada dalam setiap ekosistem, baik skala kecilmaupunskalaluas.

Penerapan fitoteknologi dalam infrastruktur buatanmanusia: teknologi drainase, badan air dan riparian,pengolahan air minum, pengolahan air limbah,pengolahan sampah, remediasi lingkungan tercemar,kelayakan dan perencanaan fitoteknologi, pemeliharaandan penanganan tumbuhan pascaguna pengolahanlingkungan,pemantauanfitoteknologismutulingkungan.

Sinchronizationof flowofwaterasabasicknowledge in

waterquantitytransformationtohaveunderstandingthedetermination of greenspace and otherrelatedtechnologiessuchasphytodrainage,watertreatmentandwastewatertreatmnet.

Ecotoxicology platform as a basic knowledge inunderstandingofallphytotechnologyprocesses.


Phytoprocesses describe all plants procesess to respondenvironmental factors, both quality and quantity, thatexposedtoplantsecosystem.

Phytostructure of greenspace as a main component ofnaturalprocessbasedtechnologythatshouldbeprovidedinanyecosystembothsmallandlargescale.

Applied phytotechnology in manmade infrastructure:phytodrainage, water bodies and riparian, watertreatment,wastewatertreatment,solidwastetreatment,remediationofpollutedenvironment,feasibilitytheuseofphytotechnology, maintenance and plants handling inpost treatment, phytomonitoring for environmentalquality.


Mangkoedihardjo, S. dan G. Samudro. FitoteknologiTerapan (AppliedPhytotechnology),Yogyakarta:PenerbitGrahaIlmu,2009.



RE092314:TesisRE092314:ThesisCredits:6sks/6creditsSemester:III/IV


Mahasiswa mampu melaksanakan penelitian untuk suatumasalahpengembangankeilmuansecaraterbimbing.Studentsareable to carryout researchworks fora specifictopicundersupervision.


Mampumenyiapkanproposalpenelitian. Mampumelaksanakanpenelitian. Mampumempertahankanhasilpenelitian. Abletoprovideresearchproposal. Abletocarryoutresearchworks. Abletodefencetheresearchresults.


Proposalpenelitiandanseminarnya Pelaksanaanpenelitian Seminarhasilpenelitiandanujiantertutup Researchproposalandseminar. Carryoutresearchworks. Seminartheresearchresultsandfinalexamination.


PROGRAMMAGISTERTEKNIKPRASARANA

LINGKUNGANPERMUKIMAN





PROGRAMMAGISTERTEKNIKPRASARANALINGKUNGANPERMUKIMANMASTERPROGRAMMEINENVIRONMENTALSETTLEMENTINFRASTRUCTUREENGINEERING

KompetensiLulusan

Menitikberatkan implementasi pembangunan infrastrukturlingkunganmelalui: Mampumengkajipermasalahansecarakomprehensifdan

penyelesaianilmiah. Mampu merencanakan dan mengembangkan penelitian

berorientasipadakemutakhiran. Mampu dan terampil mengembangkan kriteria

perencanaansertamengaplikasikannya. Mampumengkomunikasikankaryailmiahsecaralisandan

tertulis. Mampumengintegrasikanketrampilanteknis(hardskills)

danpenunjangpelaksanaannya(softskills).

GraduateCompetence

Focusing on implementation of infrastructure developmentthrough: Able to carry out comprehensive scientific review and

problemsolving. Abletoplananddesignanovelorientedresearchworks. Able to formulateplanninganddesign criteriaand their

applications. Able to communicate scientific works both in oral and

writing. Abletointegratehardskillsandsoftskills.



CodeNamaMataKuliah(MK)CourseTitle

sksCredits

SEMESTERI1 RE092204 MataKuliahUmumKedinasan

OfficialGeneralLecture2

2 RE092315 StrategiPengembanganPrasaranaPermukimanDevelopment Strategies of SettlementInfrastructure

2

3 RE092317 Analisis Kelayakan Pembangunan PrasaranaLingkunganPermukimanFeasibility Analysis of Environmental SettlementInfrastructureDevelopment

3

4 RE092318 Analisis Wilayah Perkotaan Dan PrasaranaPermukimanAnalysis of Urban Area and SettlementInfrastructure

3


1 RE092316 AnalisisTeknisDrainaseTechnicalAnalysisofDrainage

2

2 RE092319 Analisis Teknis Prasarana Air Minum Dan AirLimbahTechnical Analysis of Water and WastewaterFacilities

3

3 RE092320 AnalisisTeknisPrasaranaPersampahanTechnicalAnalysisofSolidWasteFacilities

3

4 RE092321 Evaluasi Teknis Prasarana LingkunganPermukiman(StudioI)Technical Evaluation of EnvironmrentalSettlementInfrastructure(StudioI)

3



SEMESTERIII1 RE092205 MetodologiPenelitianDanProposalTesis:TesisI

ResearchMethodologyandThesis:ThesisI2

2 RE092322 Pengembangan Rencana Dan PengelolaanPrasaranaAirMinumDanAirLimbahDevelopment Plan and Management of WaterandWastewaterFacilities

3

3 RE092323 Pengembangan Rencana Dan PengelolaanPrasaranaPersampahanDanDrainaseDevelopment Plan and Managemen of SolidWasteandDrainageFacilities

3

4 RE092324 Evaluasi Rencana Pengembangan DanPengelolaan Prasarana Lingkungan Permukiman(StudioII)Evaluation of The Development Plan andManagement for Settlement Infrastructure(StudioII)

3


1 RE092325

TesisIIThesisII

4





RE092204:MataKuliahUmumKedinasanRE092204:OfficialGeneralLectureCredits:2sks/2creditsSemester:I


Mahasiswa mampu merencanakan dan merancang danmengevaluasi prasarana lingkungan permukimanberdasarkannorma,standardanperaturanyangberlaku.Students are able to plan and design and evaluation forsettlement infrastructureaccording tonorms,standardsandotherrelatedregulations.


Mampumenyiapkankriteriaperencanaan. Mampumenetapkankriteriadesain. Mampu mengevaluasi kelayakan prasarana lingkungan

permukiman. Abletoprovideplanningcriteria. Abletodeterminedesigncriteria. Able to evaluate the feasibility of environmental

settlementinfrastructure.


Norma,standardanperaturanyangberlaku. Metodepenetapankriteriaperencanaandandesain. Metodeevaluasikelayakanprasaranapermukiman. Norms,standardsandotherrelatedregulations. Methodtodetermineplanninganddesigncriteria. Methods to evaluate the feasibility of settlement

infrastructure.


Norma,standardanperaturandilingkungankementerianpekerjaanumumdanlingkunganhidup.

Norms,standardsandotherrelatedregulationswithinthe

ministry of public works and the ministry of livingenvironment.



RE092315:StrategiPengembanganPrasaranaPermukimanRE 092315: Development Strategies of SettlementInfrastructureCredits:2sks/2creditsSemester:I


Mahasiswa mampu menyusun rencana strategis di bidangprasaranapermukiman.Studentsareabletopreparestrategicplanningforsettlementinfrastructure.


Mampu menetapkan visi dan misi pembangunanprasaranapermukiman.

Mampu mengidentifikasi kekuatan, kelemahan, peluangdankendalasuatupembangunanprasaranapermukiman.

Mampumenyusunrencanastrategis. Able to determine vision and mission for settlement

infrastructuredevelopment. Able to identify strength, weakness, opportunity and

threatsforsettlementinfrastructuredevelopment. Abletopreparestrategicplanning.


Visidanmisi. Analisiskekuatan,kelemahan,peluangdankendala. Rencana strategis pengembangan untuk prasarana

lingkunganpermukimaneksisting. Visionandmission. Analysis of strength, weakness, opportunity and

constratins. Strategicplanningforsettlementinfrastructure.


Peavy, H.S. Rowe, D.R. and Tchobanoglous, G. 1995.EnvironmentalEngineering.McGrawHill.NY.

Salvato, J.A. 1972. Environmental Engineering andSanitation.JohnWileyandSons.NY.

Walcely, P.J. Schmeter, H, Mumtaz, B. 1972. UrbanHousing Strategies: Education and Realization. PitmanPublishing.London.



RE 092317: Analisis Kelayakan Pembangunan PrasaranaLingkunganPermukimanRE092317:FeasibilityAnalysisofEnvironmentalSettlementInfrastructureDevelopmentCredits:3sks/3creditsSemester:I


Mahasiswa mampu melakukan analisis kelayakan proyekprasaranapermukiman.Studentsareabletocarryoutananalysisofprojectfeasibilityforsettlementinfrastructure.


Mampumengidentifikasiaspekaspekkelayakanproyek. Mampu menganalisis kelayakan proyek dengan kajian

aspekaspeksecaraterpadu. Abletoidentifyprojectfeasibilityaspects. Abletoanalyseprojectfeasibilitybymeansof integrated

aspects.


Kelayakan proyek ditinjau dari segi teknik, ekonomi,finansial, kelembagaan, peranserta masyarakat danlingkungan.

Kajiandilakukanuntuksektorperumahan,airminum,airlimbah,persampahandandrainase.

Project feasibility that isassessedbymeansof technical,

economical, financial, institutional, social andenvironmentalaspects.

Case study for settlement, drinking water, wastewater,solidwasteanddrainagesectors.


Ruffalis,G.A. 1993. ComprehensiveGuide toWater andWastewater Finance and Pricing. Second Edition. LewisPublisher,Michigan.

Chaturvedi, M.C. 1992. Water Resources SystemsPlanningandManagement.TataMcGrawHill.NewDelhi.

Bedient, P.B. and Huber, W.C. 1992. Hydrology andFloodplainAnalysis.2nded.AddisonWesley.Reading.

Mays, L.W. and YeouKoung, T. 1992. HydrosystemsEngineeringandManagement.McGrawHill.NewYork.

Biswas, A.K. (ed). 1976. Systems Approach to WaterManagement.MCGrawHill.NewYork.



RE 092318: Analisis Wilayah Perkotaan Dan PrasaranaPermukimanRE 092318: Analysis of Urban Area and SettlementInfrastructureCredits:3sks/3creditsSemester:I


Mahasiswa mampu melakukan analisis prasaranapermukiman dalam dinamika perkembangan wilayahperkotaan.Students are able to carry out an analysis of settlementinfrastructure, considering the dynamics of urbandevelopment.


Mampu mengidentifikasi aspekaspek perkembanganperkotaan.

Mampu mengintegrasikan penyediaan prasaranapermukimandandinamikaperkembangankota.

Abletoidentifytheaspectsofurbandevelopment. Able to integrate the provision of settlement

infrastructureandurbandevelopment.


Dinamikaperkembanganperkotaan. Kebutuhaninfrastrukturlingkunganperkotaan. Thedynamicsofurbandevelopment. Theneedsofurbanenvironmentalinfrastructure.


Turner, J.F.C.1976. Housing by People. Marion Boyars.London.

Walcely, P.J. Schmeter, H, Mumtaz, B. 1972. UrbanHousing Strategies: Education and Realization. PitmanPublishing.London.


RE092316:AnalisisTeknisDrainaseRE092316:TechnicalAnalysisofDrainageCredits:2sks/2creditsSemester:II


Mahasiswa mampu menganalisis suatu konsep rancanganteknisfasilitasdrainase.Studentsareable toanalyse theengineeringdesignconceptfordrainagefacility.



Mampu mengidentifikasi aspekaspek teknis pengaliranlimpasanairhujan.

Mampumenganalisisrancanganteknisdrainase. Abletoidentifytechnicalaspectsrunoff. Abletoanalyseengineeringdesignfordrainage.


Siklushidrologi. Hidrolikasaluranterbuka. Tataletakdandimensisaluranairhujan. Hydrologiccycle. Openchannelhydraulics. Layoutanddimensioneringofdrainage.


Dodson, R.D. 1998. Storm Water Pollution Control Municipal, Industrial and Construction NPDESCompliance.McGrawHill.NewYork.

Read,G.F.andVickridge,I.G.1997.SewersRehabilitationand New ConstructionRepair and Renovation. Arnold.London.

YeShi,C.1994.AerobicHeterotrophicBiodegradation inPolluted Drains and Sewers The Drain and Sewer AsDualPhaseBiologicalReactors.A.A.Balkema.Rotterdam.

American Society of Civil Engineers. 1969. Design andConstruction of Sanitary and Storm Sewers. ASCE.NewYork.


RE 092319: Analisis Teknis Prasarana Air Minum Dan AirLimbahRE 092319: Technical Analysis of Water and WastewaterFacilitiesCredits:3sks/3creditsSemester:II


Mahasiswa mampu menganalisis suatu konsep rancanganteknisfasilitasairminumdanairlimbah.Studentsareable toanalyse theengineeringdesignconceptfordrinkingwatersupplyandwastewaterfacilities.


Mampu mengidentifikasi aspekaspek teknis pengaliranairminumdanairlimbah.

Mampumenganalisisrancanganteknisfasilitasairminumdanairlimbah.


Able to identify technical aspects of drinkingwater and

wastewaterflows. Abletoanalyseengineeringdesignfordrinkingwaterand

wastewaterfacilities.


Kebutuhanair,penyediaanairdankuantitasairlimbah. Sistem penyediaan air minum perpipaan dan sistem

sanitasiairlimbah. Hidrolikaaliranbertekanandansaluranterbuka. Tata letak dan dimensi perpipaan air minum dan air

limbah. Water consumption, water supply and wastewater

quantity. Pipedwatersupplysystemandsanitationsystem. Flow of water under pressure and open channel

hydraulics. Lay out and dimensionering of piped water supply and

sanitationsystem.


Peavy, H.S. Rowe, D.R. and Tchobanoglous, G. 1995.EnvironmentalEngineering.McGrawHill.NY.

Droste, R.L. 1997. Theory and Practice of Water andWastewaterTreatment.JohnWileyandSons.NY.

Manahan, S.E. 1994. Environmental Chemistry. 6th Ed.LewisPublishers.Florida.

Reynolds, T.D. 1982. Unit Operation and Processes inEnvironmentalEngineering.Brooks/Cole.

Salvato, J.A. 1972. Environmental Engineering andSanitation.JohnWileyandSons.NY.


RE092320:AnalisisTeknisPrasaranaPersampahanRE092320:TechnicalAnalysisofSolidWasteFacilitiesCredits:3sks/3creditsSemester:II


Mahasiswa mampu menganalisis suatu konsep rancanganteknisfasilitaspersampahan.Studentsareable toanalyse theengineeringdesignconceptforsolidwastefacilities.



Mampumengidentifikasiaspekaspek teknispengelolaansampah.

Mampu menganalisis rancangan teknis fasilitaspersampahan.

Able to identify technical aspects of solid waste

management. Able to analyse engineering design for solid waste

facilities.


Timbulandansumbersampah. Koleksi, pengangkutan, pengolahan khusus dan

pembuanganakhir. Tataletakdandimensifasilitaspersampahan. Solidwastegenerationandsources. Collection, transportation, specific treatment and final

disposal. Layoutanddimensioneringofsolidwastefacilities.


Vesilind,P.A.Worrell,W.andReinhardt,D. 2002. SolidWaste Engineering. Brooks/Cole Thomson Learning,Australia.

Diaz, L.F. Savage, G.M. Eggerth, L.L. and Golueke, C.G.1993. Composting and RecyclingMunicipal SolidWaste.LewisPublishers.London.




RE 092321: Evaluasi Analisis Teknis Prasarana LingkunganPermukiman(StudioI)RE092321:TechnicalAnalysisEvaluationofEnvironmrentalSettlementInfrastructureDevelopment(StudioI)Credits:3sks/3creditsSemester:II


Mahasiswa mampu mengevaluasi suatu fasilitas prasaranapermukiman.Students are able to evaluate the facilities of settlementinfrastructure.



Mampu mengidentifikasi aspekaspek teknis prasaranapermukiman.

Mampumengevaluasifasilitasprasaranapermukiman. Able to identify technical aspects of settlement

infrastructure. Abletoevaluatethefacilitiesofsettlementinfrastructure.


Tugaskhususterpadumencakup: Prasaranadrainase. Prasaranaairminum. Prasaranaairlimbah. Prasaranapersampahan Tataletakdandimensiprasaranapermukiman.Integratedspecificassignment,consistingof: Drainageinfrastructure. Drinkingwaterinfrastructure. Wastewaterinfrastructure. Solidwasteinfrastructure. Layoutanddimensioneringofsettlementinfrastructure.


Berbagai buku teks drainase, airminum, air limbah danpersampahan.Various textbooks of drainage, drinking water,wastewaterandsolidwastemanagement.



RE 092321: Evaluasi Teknis Prasarana LingkunganPermukiman(StudioI)RE 092321: Technical Evaluation of EnvironmentalSettlementInfrastructure(StudioI)Credits:3sks/3creditsSemester:II


Mahasiswa mampu mengevaluasi suatu fasilitas prasaranapermukiman.Students are able to evaluate the facilities of settlementinfrastructure.



Mampu mengidentifikasi aspekaspek teknis prasaranapermukiman.

Mampumengevaluasifasilitasprasaranapermukiman. Able to identify technical aspects of settlement

infrastructure. Abletoevaluatethefacilitiesofsettlementinfrastructure.


Tugaskhususterpadumencakup: Prasaranadrainase. Prasaranaairminum. Prasaranaairlimbah. Prasaranapersampahan Tataletakdandimensiprasaranapermukiman.Integratedspecificassignment,consistingof: Drainageinfrastructure. Drinkingwaterinfrastructure. Wastewaterinfrastructure. Solidwasteinfrastructure. Layoutanddimensioneringofsettlementinfrastructure.





RE 092205: Metodologi Penelitian Dan Proposal Tesis:TesisIRE092205:ResearchMethodologyandThesis:ThesisICredits:2sks/2creditsSemester:III


Mahasiswa mampu menyusun proposal penelitian untuksuatu masalah implementasi pembangunan infrastruktursecaraterbimbing.Students are able to prepare research proposal for animplementedinfrastructureundersupervision.



Mampumenyiapkanproposalpenelitian. Abletoprovideresearchproposal.


Formulasimasalah Metodologipenelitian Proposalpenelitiandanseminarnya. Problemformulation. Researchmethodology. Researchproposalandseminar.






Hedrick, T. et.al. 1993. Applied Research Design: APracticalGuide.SagePub.NewDelhi.Beach, D.P. and Torsten, K.E.A. 1992, Handbook forScientific and Technical Research. Prentice Hall.EnglewoodCliffs.


RE 092322: Pengembangan Rencana Dan PengelolaanPrasaranaAirMinumDanAirLimbahRE 092322:DevelopmentPlanandManagementofWaterandWastewaterFacilitiesCredits:3sks/3creditsSemester:III


Mahasiswamampumenyusun rencana pengembangan danpengelolaanfasilitasairminumdanairlimbah.Students are able to prepare development plan andmanagementfordrinkingwaterandwastewaterfacilities.


Mampu menyusun rencana pengembangan fasilitas airminumdanairlimbah.

Mampu merencanakan pengelolaan fasilitas air minumdanairlimbah.


Abletopreparedevelopmentplanfordrinkingwaterandwastewaterfacilities.

Able to plan the management of drinking water andwastewaterfacilities.


Aspekaspek rencanapengembangan fasilitas airminumdanairlimbah.

Aspekaspek pengelolaan fasilitas air minum dan airlimbah.

Aspects of development plan for drinking water and

wastewaterfacilities. Aspects of management of drinking water and

wastewaterfacilities.


Viessman,W.andHammer,M.J.1985.WatersupplyandPollutionControl.HarperandRow.Cambridge.

Barnes, D. and Wilson, F. 1983. Chemistry and UnitOperationsinWaterTreatment.ApliedScience.London.

Al Layla,M.A. Ahmad, S. andMiddlebrooks, E. J. 1980.WaterSupplyEngineeringDesign.AnnArborScience.AnnArbor.


YeShi,C.1994.AerobicHeterotrophicBiodegradation inPolluted Drains and Sewers The Drain and Sewer AsDualPhaseBiologicalReactors.A.A.Balkema.Rotterdam.

American Society of Civil Engineers. 1969. Design andConstruction of Sanitary and Storm Sewers. ASCE.NewYork.


RE 092323: Pengembangan Rencana dan PengelolaanPrasaranaPersampahandanDrainaseRE 092323: Development Plan and Managemen of SolidWasteandDrainageFacilitiesCredits:3 sks/3 creditsSemester:III


Mahasiswamampumenyusun rencana pengembangan danpengelolaanfasilitaspersampahandandrainase.Students are able to prepare development plan andmanagementforsolidwasteanddrainagefacilities.



Mampu menyusun rencana pengembangan fasilitaspersampahandandrainase.

Mampu merencanakan pengelolaan fasilitaspersampahandandrainase.

Able to prepare development plan for solid waste and

drainagefacilities. Abletoplanthemanagementofsolidwasteanddrainage

facilities.


Aspekaspek rencana pengembangan fasilitaspersampahandandrainase.

Aspekaspek pengelolaan fasilitas persampahan dandrainase.

Aspectsofdevelopmentplanforsolidwasteanddrainage

facilities. Aspects of management of solid waste and drainage

facilities.


Vesilind,P.A.Worrell,W.andReinhardt,D. 2002. SolidWaste Engineering. Brooks/Cole Thomson Learning,Australia.

Diaz, L.F. Savage, G.M. Eggerth, L.L. and Golueke, C.G.1993. Composting and RecyclingMunicipal SolidWaste.LewisPublishers.London.



Dodson, R.D. 1998. Storm Water Pollution Control Municipal, Industrial and Construction NPDESCompliance.McGrawHill.NewYork.


American Society of Civil Engineers. 1969. Design andConstruction of Sanitary and Storm Sewers. ASCE. NewYork.



RE 092324: Evaluasi Rencana Pengembangan danPengelolaanPrasaranaLingkunganPermukiman(StudioII)RE 092324: Evaluation of The Development Plan andManagementforSettlementInfrastructure(StudioII)Credits:3 sks/3 creditsSemester:III


Mahasiswa mampu mengevaluasi rencana pengembangandanpengelolaanprasaranapermukiman.Students are able to evaluate the development plan andmanagementforsettlementinfrastructure.


Mampu mengidentifikasi aspekaspek kelayakanpengembangandanpengelolaanprasaranapermukiman.

Mampu melakukan penilaian teknis rencanapengembangandanpengelolaanprasaranapermukiman.

Able to identify feasibility aspects of development plan

andmanagementforsettlementinfrastructure. Able to carry out a technical assessment of the

development plan and management for settlementinfrastructure.


Tugaskhususterpadumencakup: Rencana pengembangan danmanagemen prasarana air

minum. Rencana pengembangan danmanagemen prasarana air

limbah. Rencana pengembangan dan managemen prasarana

persampahan Rencana pengembangan dan managemen prasarana

drainase.Integratedspecificassignment,consistingof: Development plan and management of drinking water

infrastructure. Development plan and management of wastewater

infrastructure. Development plan and management of solid waste

infrastructure.






RE092325:Tesis IIRE092325:ThesisIICredits:6 sks/6 creditsSemester:IV


Mahasiswa mampu melaksanakan penelitian untuk suatumasalah implementasi pembangunan infrastruktur secaraterbimbing.Students are able to carry out research works for animplementedinfrastructureundersupervision.


Mampumelaksanakanpenelitian. Mampumempertahankanhasilpenelitian. Abletocarryoutresearchworks. Abletodefencetheresearchresults.


Pelaksanaanpenelitian. Seminarhasilpenelitiandanujiantertutup. Carryoutresearchworks. Seminartheresearchresultsandfinalexamination.




PROGRAMDOKTORTEKNIKLINGKUNGAN





PROGRAMDOKTORTEKNIKLINGKUNGANDOCTORPROGRAMMEINENVIRONMENTALENGINEERING

KompetensiLulusan

Menitikberatkan pengembangan keilmuan melaluikemampuan: Bermoral yang tinggi, berjiwa Pancasila, dan memiliki

integritastinggi. Bersifat terbuka, tanggap terhadap kemajuan ilmu

pengetahuan, teknologi, seni, dan perubahan dalammasyarakatyangterkaitdenganbidangtekniklingkungan.

Mampumengorganisasikandanmelaksanakanpenelitiandalambidangtekniklingkungan.

Mampu mengembangkan teknik lingkungan melaluipenelitianmandiri.

Mampumengadakanpendekataninterdisipliner. Mampu memotivasi diri untuk mengembangkannya

sebagaiilmuwan. Mampu berwawasan luas di bidang teknik lingkungan

sertabidangyangberkaitan.

GraduateCompetence

Focusingonscientificdevelopmentthrough: Keephighmoral,ethiqueandintegrity. Open and respond to the development of science and

technology and arts as well as socioenvironmentalchanges.

Able to organize and implement research work inenvironmentalengineering.

Able to develop environmental engineering bymeans ofselfhelpresearchwork.

Abletoorganizeinterdiciplinaryapproaches. Abletomotivatehim/herselfasascientist. Able tokeepwellexpertise inenvironmentalengineering

andotherrelatedfields.



CodeNamaMataKuliah(MK)

CourseTitlesks

CreditsSEMESTERI

1 DaftarList


3

2 DaftarList


3

3 RE093317

DisertasiDisertation

2


1 DaftarList


3

2 DaftarList


3

3 RE093317


3

Jumlahsks/Totalofcredits 9SEMESTERIII

1 RE093317


6


1 RE093317


6

Jumlahsks/Totalofcredits 6SEMESTERV

1 RE093317


6

Jumlahsks/Totalofcredits 6SEMESTERVI

1 RE093317


5



DAFTARMATAKULIAHPILIHANListofelectivesubjects

1 RE093301 PenulisanIlmiahdanPublikasiInternasionalScientificWritingandInternationalPublication

3

2 RE093302 PerkembanganProsesPengolahanAirMinumWaterSupplyTreatmentProcess

3

3 RE093303 ProsesPolusiUdaradanMeteorologiAirPollutionProcessandMeteorology

3

4 RE093304 PemodelanKualitasUdaraAmbiendanPolusiUdaraModellingofAmbientAirQualityandPollution

3

5 RE093305 MetodaStokastikDalamTeknikLingkunganStocasticMethodinEnvironmentalEngineering

3

6 RE093306 OptimasidanOperationResearchSistemLingkunganOptimalization and Opertion Research inEnvironmentalSystems

3

7 RE093307 Pemodelan Aliran Multi Fase , Fate dan TransportKontaminanModelling for Multi Phase Flow , Fate andContaminantTransport

3

8 RE093308 Manajemen Strategis dan Komputasi SistemLingkunganStrategic Management dan Environmental SystemsComputation

3

9 RE093309 EkologiMikrobialTerapanAppliedMicrobialEcology

3

10 RE093310 EkotoksikologiTerapanAppliedEcotoxicology

3

11 RE093311 SanitasiLingkunganBerkelanjutanSustainableEnvironmentalSanitation

3

12 RE093312 FitoteknologiTerapanAppliedPhytotechnology

3

13 RE093313 AnalisisPengolahanAirdanAirLimbahWaterandWastewaterTreatmentAnalysis

3

14 RE093314 PenguraianAnaerobikAnaerobicDigestion

3

15 RE093315 PenyisihanNutrienSecaraBiologisBiologicalNutrientRemoval

3

16 RE093316 PerbaikanMutuLimbahB3HazardousWasteRemediation

3




RE093301:PenulisanIlmiahdanPublikasiInternasionalRE093301:ScientificWritingandInternationalPublicationCredits:3sks/3creditsSemester:I(tahunpertama/firstyear)


Mahasiswa mampu menyusun artikel ilmiah dan hasilnyaberupapublikasidalamjurnalinternasional.Students are able to write a scientific manuscript and theoutputforpublicationinaninternationaljournal.


Mampumerumuskanmasalahgapilmupengetahuandanteknologiyang telahadadanmenghasilkan idebarudanberarti untuk mengembangkan ilmu pengetahuan danteknologi.

Mampumenyusunartikel lengkapbermutu tringgiuntukpublikasiinternasional.

Mampu menghasilkan artikel terbit dalam jurnalinternasional.

Abletoformulatescientificgapandcreateanovelideafor

scientificdevelopment. Able towriteahighqualitymanuscript for international

publication Abletopublishamanuscriptinaninternationaljournal.


StrategiPenyiapanArtikel. GayaTulis. Penulisankomponenutamaartikel. Penulisankomponenpelengkapartikel. Publikasiartikel. Manuscriptpreparationstrategy. Writingstyle. Writingmaincomponentsformanuscript. Writingsecondarycomponentsformanuscript. Manuscriptpublication.






RE093302:PerkembanganProsesPengolahanAirMinumRE093302:WaterSupplyTreatmentProcessCredits:3 sks/3 creditsSemester:I(tahunpertama/firstyear)


Mahasiswamampumengembangkanpengetahuanprosesairminum dan hasilnya untuk kebutuhan domestik dan nondomestik.Students are able to develop knowledge in drinking waterprocessandtheoutputfordomesticandnondomesticneeds.


Mampu merumuskan masalah gap ilmu pengetahuanprosesairminumyangtelahada.

Mampu merumuskan solusi masalah penyediaan airminumuntukkebutuhandomestikdannondomestik.

Mampu menghasilkan ide baru dan berarti untukmengembangkanpenerapanprosesairminumberkaitandengantopikdisertasinya.

Abletoformulatescientificgaponthecurrentknowledge

ofdrinkingwaterprocesses. Able to formulate solutions of drinkingwater supply for

domesticandnondomesticneeds. Able tocreateanovel idea fordrinkingwaterprocess in

relationtothetopicofdisertation.


Kajiulangteknologiprosesairminumyangtelahada. Teknik Separasi: Kajian sistem, operasi dan proses

pengolahan air minum, nano technology (misalkan:teknologimembrandanadsorpsi), teknologibahanbakukhusus (desalinasi: destilasi, evaporasi, dan presipitasi),teknologidesinfeksi(ozonasi,uv).

Konversi:prosesperubahansecarafisik,kimia,danbilogis(misalkan:denitrifikasi).

In depth review of the current knowledge of drinking

waterprocesses. Separationtechniques:system,operationandprocessfor

drinking water, nanotechnology such asmembrane andadsorption, specific technology for raw waters such asdesalinationanddisinfection.


Conversion techniques: physical, chemical and biologicaltreatmentssuchasdenitrification.


Uranceau,S.J.(tech.ed.).2001.MembranePracticesforWater Treatment. American Water Works Association.Denver.

Kawamura,S.2000. IntegratedDesignandOperationofWaterTreatmentFacilities.2nded. JohnWileyandSons.NewYork.

Qasim, S.R. Motley, E.M. and Guang, Z. 2000. WaterWorks Engineering Planning, Design, and Operation.PrenticeHall.UpperSaddleRiver.

Water Environment Federation. 2000. MembraneTechnologies for Industrial and Municipal WastewaterTreatment and Reuse. Water Environment Federation.Alexandria.



RE093303:ProsesPolusiUdaradanMeteorologiRE093303:AirPollutionProcessandMeteorologyCredits:3 sks/3 creditsSemester: II(tahunpertama/firstyear)


Mahasiswa mampu mengembangkan pengetahuan prosespolusiudaradanmeteorologidanhasilnyauntukpencegahandanpengolahanemisi.Studentsareable todevelopknowledge inairpollutionandmeteorology and the output for preventive measures andtreatmentofemission.


Mampu merumuskan masalah gap ilmu pengetahuanpolusiudaradanmeteorologiyangtelahada.

Mampu merumuskan solusi masalah polusi udara danpencegahansertapengolahanemisi.

Mampu menghasilkan ide baru dan berarti untukmengembangkan penerapan proses pembersihan udaraberkaitandengantopikdisertasinya.


ofairpollutionandmeteorology. Abletoformulatesolutionsofairpollutionandpreventive

measuresandtreatmentofemission.


Abletocreateanovel ideaforcleanair inrelationtothetopicofdisertation.


Kaji ulang pengetahuan polusi udara dan meteorologiyangtelahada.

Permasalahanuptodate dan kecenderungannya padakualitasudaraperkotaan.

Pengaruh global polusi lingkungan, pengaruh bahanpencemarudaraterhadapprosescuaca.

Teknologiproduksipolutan,danpenyebaranpolutan. Penanganansecarareaksikimiadanfisikayangberkaitan

denganbahanpencemarudarajugaakandibahas. Indepthreviewofthecurrentknowledgeofairpollution

andmeteorology. Uptodateproblemsandtheirtrendonurbanairquality. Global effect of air pollution, effect of air pollutants on

weatherchanges. Pollutantsourcesandtheirdispersion. Physicochemicaltreatmentofairpollutants.


Davis, W.T. 2000. Air Pollution Control EngineeringManual. Air and Waste Management Association. JohnWileyandSons.NewYork.

Noll, K.E. 1999. Design of Air Pollution Control Devices.AmericanAcademyofEnvironmentalEngineering.USA.

Cooper, C.D. Alley, F.C. 1994. Air Pollution Control: ADesignApproach.WavelandPressInc.Illinois.



RE 093304: Pemodelan Kualitas Udara Ambien dan PolusiUdaraRE093304:ModellingofAmbientAirQualityandPollutionCredits:3 sks/3 creditsSemester: II(tahunpertama/ firstyear)


Mahasiswa mampu mengembangkan pemodelan kualitasudaradanpolusiudaradanhasilnyauntukpencegahandanpengolahanemisi.Students are able to developmodels for air quality and airpollution and the output for preventive measures andtreatmentofemission.



Mampu merumuskan masalah gap pemodelan kaulitasudaradanpolusiudarayangtelahada.

Mampu merumuskan solusi masalah polusi udara danpencegahansertapengolahanemisi.

Mampu menghasilkan ide baru dan berarti untukmengembangkanmodel kualitasudaradanpolusiudaraberkaitandengantopikdisertasinya.


ofairqualityandpollutionmodels. Abletoformulatesolutionsofairpollutionandpreventive

measuresandtreatmentofemission. Abletocreateanovelideaformodellingofairqualityand

airpollutioninrelationtothetopicofdisertation.


Kaji ulang pengetahuan pemodelan kualitas udara danpolusiudarayangtelahada.

Berbagai teknik pemodelan: fisika dan matematikadenganpenerapanpadakualitasudaraambiendanpolusiudara.

Indepthreviewofthecurrentmodelsofairqualityandair

pollution. Various techniques for modelling: physics and

mathematics with its application on air quality and airpollution.


Davis, W.T. 2000. Air Pollution Control EngineeringManual. Air and Waste Management Association. JohnWileyandSons.NewYork.

Cooper, C.D. Alley, F.C. 1994. Air Pollution Control: ADesignApproach.WavelandPressInc.Illinois.




RE093305:MetodaStokastikdalamTeknikLingkunganRE093305:StocasticMethodinEnvironmentalEngineeringCredits:3 sks/3 creditsSemester:II(tahun pertama/firstyear)


Mahasiswamampumengembangkanmetodestokastiktekniklingkungan dan hasilnya untuk penyelesaian masalahlingkungan.Studentsareable todevelopknowledge instocasticmethodandtheoutputforenvironmentalproblemsolving.


Mampumerumuskanmasalahgapmetodestokastikyangtelahada.

Mampu merumuskan solusi masalah lingkunganmenggunakanmetodestokastik.

Mampu menghasilkan ide baru dan berarti untukmengembangkan metode stokastik berkaitan dengantopikdisertasinya.


ofstocasticmethod. Able to formulate solutions of environmental problem

usingstocasticmethod. Abletocreateanovelideaforstocasticmethodinrelation

tothetopicofdisertation.


Kajiulangpengetahuanmetodestokastikyangtelahada. Analisisspektraldariprosestimeseries. Teorioperasidanprediksisuatuprosesstasioner. Analisis univariate dan multivariate spektral, estimasi

fungsiresponsfrekwensi. Analisis dan optimisasi dari proses random dari sistem

lineardannonlinear. In depth review of the current knowledge of stocastic

method. Spectralanalysisoftimeseriesprocess. Theory of operation and prediction for a stationary

process. Analysis of univariate and multivariate spectral and

estimationoffrequencyresponse. Analysisandoptimalizationof randomprocess for linear

andnonlinearsystems.



Mooney, D.D. and Swift, R.J. 1999. A Course inMathematical Modelling. The Mathematical AssosiationofAmerica,WashingtonDC.USA.

TienChang, L. 1998. Applied Mathematics inHydrogeology.Lewis.BocaRaton.

Kernevez, JP. 1997. The Sentinel Methods and ItsApplication to Environmental Pollution Problems. CRC.BocaRaton.

Schnoor, J.L.1996.EnvironmentalModelling. JohnWileyandSons.NewYork.

Carey, G. F. (Ed.). 1995. Finite Element Modelling ofEnvironmental Problems Surface and Subsurface FlowandTransport.JohnWileyandSons.NewYork.

Griffiths,D.V.andSmith, I.M.1991.NumericalMethodsforEngineers.BlackwellScientific.OxfordUK.

Hadlock, CR. 1988. Mathematical Modelling in TheEnvironment.TheMathematicalAssosiationofAmerica,WashingtonDC.USA.



RE 093306: Optimasi dan Operation Research SistemLingkunganRE 093306: Optimalization and Opertion Research inEnvironmentalSystemsCredits:3 sks/3 creditsSemester:II(tahunpertama/firstyear)


Mahasiswamampumengembangkanpengetahuanoptimasidan operasi riset sistem lingkungan dan hasilnya untukpenyelesaianmasalahlingkungan.Studentsareabletodevelopknowledgeinoptimalizationandoperationresearchandtheoutputforenvironmentalproblemsolving.


Mampu merumuskan masalah gap pengetahuanoptimalisasidanrisetoperasiyangtelahada.

Mampu merumuskan solusi masalah lingkunganmenggunakanmetodeoptimalisasidanrisetoperasi.

Mampu menghasilkan ide baru dan berarti untukmengembangkan metode optimalisasi dan riset operasiberkaitandengantopikdisertasinya.


Abletoformulatescientificgaponthecurrentknowledgeofoptimalizationandoperationresearch.

Able to formulate solutions of environmental problemusingoptimalizationandoperationresearchmethods.

Able to create a novel idea for optimalization andoperation research methods in relation to the topic ofdisertation.


Kaji ulang pengetahuan metode optimalisasi dan risetoperasiyangtelahada.

Desaindananalisissistemlingkunganyangkomplekuntukmenentukan kebijakan tradeoff dalam mengelolasumberdayaair,lahan,udara,danenergi.

Ilustrasi model yang mendeskripsikan decision variablesdan constraints menentukan pemilihan kebijakanalternatif.

Prosedur penyelesaian holistik dan formal untukpemilihanalternativeproyekterbaik.

In depth review of the current knowledge of

optimalizationandoperationresearchmethods. Designandanalysisofcomplexenvironmentalvariablesto

determine tradeoffpolicy inmanagingwater resources,land,airandenergyresources.

Model illutration that describes decision variables andconstraintstoselectalternativepolicies.

Procedures inholisticapproachand formal to select thebestproject.





Hedrick, T. et.al. 1993. Applied Research Design: APracticalGuide.SagePub.NewDelhi.

Beach, D.P. and Torsten, K.E.A. 1992, Handbook forScientific and Technical Research. Prentice Hall.EnglewoodCliffs.




RE 093307: Pemodelan Aliran Multi Fase, Fate danTransportKontaminanRE 093307: Modelling for Multi Phase Flow, Fate andContaminantTransportCredits:3 sks/3 creditsSemester:I(tahunpertama/firstyear)


Mahasiswa mampu mengembangkan pengetahuanpemodelan aliranmulti fase, fatedan transpor kontaminandanhasilnyauntukpenyelesaianmasalahlingkungan.Studentsareabletodevelopknowledgeinmodellingformultiphase flow, fateand contaminant transportand theoutputforenvironmentalproblemsolving.


Mampu merumuskan masalah gap pengetahuanpemodelan aliran multi fase, fate dan transporkontaminanyangtelahada.

Mampu merumuskan solusi masalah lingkunganmenggunakan pemodelan aliran multi fase, fate dantransporkontaminan.

Mampu menghasilkan ide baru dan berarti untukmengembangkan pemodelan aliran multi fase, fate dantransporkontaminanberkaitandengantopikdisertasinya.


ofmodelling formultiphase flow, fateand contaminanttransport.

Able to formulate solutions of environmental problemusing modelling for multi phase flow, fate andcontaminanttransport.

Abletocreateanovel idea formodelling formultiphaseflow, fate and contaminant transport in relatio

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