FACULTY OF CIVIL ENGINEERING AND PLANNING

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Kurikulum/ Final kurikulum PPs TL: Magister RPTML, Magister TPLP, Doktor TL

FAKULTAS TEKNIK SIPIL DAN PERENCANAAN

FACULTY OF CIVIL ENGINEERING AND PLANNING

Program Studi Department

JURUSAN TEKNIK LINGKUNGAN

DEPARTMENT OF ENVIRONMENTAL ENGINEERING Jenjang

Pendidikan Programme

PROGRAM MAGISTER TEKNIK PRASARANA LINGKUNGAN PERMUKIMAN

MASTER PROGRAMME IN ENVIRONMENTAL SETTLEMENT INFRASTRUCTURE ENGINEERING

Kompetensi Lulusan

Menitikberatkan implementasi pembangunan infrastruktur lingkungan melalui:

x Mampu mengkaji permasalahan secara komprehensif dan

penyelesaian ilmiah.

x Mampu merencanakan dan mengembangkan penelitian

berorientasi pada kemutakhiran.

x Mampu dan terampil mengembangkan kriteria

perencanaan serta mengaplikasikannya.

x Mampu mengkomunikasikan karya ilmiah secara lisan dan

tertulis.

x Mampu mengintegrasikan ketrampilan teknis (hard skills)

dan penunjang pelaksanaannya (soft skills).

Graduate Competence

Focusing on implementation of infrastructure development through:

x Able to carry out comprehensive scientific review and problem solving.

x Able to plan and design a novel-oriented research works.

x Able to formulate planning and design criteria and their applications.

x Able to communicate scientific works both in oral and writing.

x Able to integrate hard skills and soft skills.

STRUKTUR KURIKULUM/COURSE STRUCTURE

No. Kode MK

Code

Nama Mata Kuliah (MK) Course Title

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Kurikulum/ SEMESTER I

1 RE 092204 Mata Kuliah Umum Kedinasan

Official General Lecture

2

2 RE 092315 Strategi Pengembangan Prasarana Permukiman

Development Strategies of Settlement Infrastructure

2

3 RE 092317 Analisis Kelayakan Pembangunan Prasarana

Lingkungan Permukiman

Feasibility Analysis of Environmental Settlement Infrastructure Development

3

4 RE 092318 Analisis Wilayah Perkotaan Dan Prasarana

Permukiman

Analysis of Urban Area and Settlement Infrastructure

3

Jumlah sks/Total of credits 10

SEMESTER II

1 RE 092316 Analisis Teknis Drainase

Technical Analysis of Drainage

2

2 RE 092319 Analisis Teknis Prasarana Air Minum Dan Air

Limbah

Technical Analysis of Water and Wastewater Facilities

3

3 RE 092320 Analisis Teknis Prasarana Persampahan

Technical Analysis of Solid Waste Facilities

3

4 RE 092321 Evaluasi Teknis Prasarana Lingkungan

Permukiman (Studio I)

Technical Evaluation of Environmrental Settlement Infrastructure (Studio I)

3

SEMESTER III

1 RE 092205 Metodologi Penelitian Dan Proposal Tesis: Tesis I Research Methodology and Thesis : Thesis I

2

2 RE 092322 Pengembangan Rencana Dan Pengelolaan

Prasarana Air Minum Dan Air Limbah

Development Plan and Management of Water and Wastewater Facilities

3

3 RE 092323 Pengembangan Rencana Dan Pengelolaan

Prasarana Persampahan Dan Drainase

Development Plan and Managemen of Solid Waste and Drainage Facilities

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Kurikulum/

4 RE 092324 Evaluasi Rencana Pengembangan Dan

Pengelolaan Prasarana Lingkungan Permukiman (Studio II)

Evaluation of The Development Plan and Management for Settlement Infrastructure (Studio II)

3

SEMESTER IV

1 RE 092325 Tesis II

Thesis II

4

SILABUS KURIKULUM/COURSE SYLLABUS

MATA KULIAH/ COURSE TITLE

RE 092204: Mata Kuliah Umum Kedinasan RE 092204:Official General Lecture

Credits: 2sks/2credits

Semester: I

TUJUAN

PEMBELAJARAN/ LEARNING OBJECTIVES

Mahasiswa mampu merencanakan dan merancang dan mengevaluasi prasarana lingkungan permukiman berdasarkan norma, standar dan peraturan yang berlaku.

Students are able to plan and design and evaluation for settlement infrastructure according to norms, standards and other-related regulations.

KOMPETENSI/ COMPETENCY

x Mampu menyiapkan kriteria perencanaan.

x Mampu menetapkan kriteria desain.

x Mampu mengevaluasi kelayakan prasarana lingkungan

permukiman.

x Able to provide planning criteria.

x Able to determine design criteria.

x Able to evaluate the feasibility of environmental settlement infrastructure.

POKOK BAHASAN/ SUBJECTS

x Norma, standar dan peraturan yang berlaku.

x Metode penetapan kriteria perencanaan dan desain.

x Metode evaluasi kelayakan prasarana permukiman.

x Norms, standards and other-related regulations.

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Kurikulum/

x Methods to evaluate the feasibility of settlement infrastructure.

PUSTAKA UTAMA/ REFERENCES

x Norma, standar dan peraturan di lingkungan kementerian

pekerjaan umum dan lingkungan hidup.

Norms, standards and other-related regulations within the ministry of public works and the ministry of living environment.

RE 092315: Strategi Pengembangan Prasarana Permukiman RE 092315: Development Strategies of Settlement Infrastructure

Semester: I TUJUAN

Mahasiswa mampu menyusun rencana strategis di bidang prasarana permukiman.

Students are able to prepare strategic planning for settlement infrastructure.

x Mampu menetapkan visi dan misi pembangunan

prasarana permukiman.

x Mampu mengidentifikasi kekuatan, kelemahan, peluang

dan kendala suatu pembangunan prasarana permukiman.

x Mampu menyusun rencana strategis.

x Able to determine vision and mission for settlement infrastructure development.

x Able to identify strength, weakness, opportunity and threats for settlement infrastructure development.

x Able to prepare strategic planning.

x Visi dan misi.

x Analisis kekuatan, kelemahan, peluang dan kendala.

x Rencana strategis pengembangan untuk prasarana

lingkungan permukiman eksisting.

x Vision and mission.

x Analysis of strength, weakness, opportunity and constratins.

x Strategic planning for settlement infrastructure.

PUSTAKA UTAMA/

x Peavy, H.S. Rowe, D.R. and Tchobanoglous, G. 1995.

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Kurikulum/ REFERENCES _x Salvato, J.A. 1972. Environmental Engineering and

Sanitation. John Wiley and Sons. NY.

x Walcely, P.J. Schmeter, H, Mumtaz, B. 1972. Urban

Housing Strategies: Education and Realization. Pitman Publishing. London.

RE 092317: Analisis Kelayakan Pembangunan Prasarana Lingkungan Permukiman

RE 092317:Feasibility Analysis of Environmental Settlement Infrastructure Development

Semester: I TUJUAN

Mahasiswa mampu melakukan analisis kelayakan proyek prasarana permukiman.

Students are able to carry out an analysis of project feasibility for settlement infrastructure.

x Mampu mengidentifikasi aspek-aspek kelayakan proyek.

x Mampu menganalisis kelayakan proyek dengan kajian

aspek-aspek secara terpadu.

x Able to identify project feasibility aspects.

x Able to analyse project feasibility by means of integrated aspects.

x Kelayakan proyek ditinjau dari segi teknik, ekonomi,

finansial, kelembagaan, peranserta masyarakat dan lingkungan.

x Kajian dilakukan untuk sektor perumahan, air minum, air

limbah, persampahan dan drainase.

x Project feasibility that is assessed by means of technical, economical, financial, institutional, social and environmental aspects.

x Case study for settlement, drinking water, wastewater, solid waste and drainage sectors.

x Ruffalis, G.A. 1993. Comprehensive Guide to Water and

Wastewater Finance and Pricing. Second Edition. Lewis Publisher, Michigan.

x Chaturvedi, M.C. 1992. Water Resources Systems

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Kurikulum/

x Bedient, P.B. and Huber, W.C. 1992. Hydrology and

Floodplain Analysis. 2nd ed. Addison Wesley. Reading.

x Mays, L.W. and Yeou-Koung, T. 1992. Hydrosystems

Engineering and Management. McGraw-Hill. New York.

x Biswas, A.K. (ed). 1976. Systems Approach to Water

Management. MCGraw-Hill. New York.

RE 092318: Analisis Wilayah Perkotaan Dan Prasarana Permukiman

RE 092318: Analysis of Urban Area and Settlement Infrastructure

Semester: I

TUJUAN

Mahasiswa mampu melakukan analisis prasarana permukiman dalam dinamika perkembangan wilayah perkotaan.

Students are able to carry out an analysis of settlement infrastructure, considering the dynamics of urban development.

x Mampu mengidentifikasi aspek-aspek perkembangan

perkotaan.

x Mampu mengintegrasikan penyediaan prasarana

permukiman dan dinamika perkembangan kota.

x Able to identify the aspects of urban development.

x Able to integrate the provision of settlement infrastructure and urban development.

x Dinamika perkembangan perkotaan.

x Kebutuhan infrastruktur lingkungan perkotaan.

x The dynamics of urban development.

x The needs of urban environmental infrastructure.

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

London.

x Walcely, P.J. Schmeter, H, Mumtaz, B. 1972. Urban

Housing Strategies: Education and Realization. Pitman Publishing. London.

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Kurikulum/ COURSE TITLE RE 092316:Technical Analysis of Drainage

Semester: II TUJUAN

Mahasiswa mampu menganalisis suatu konsep rancangan teknis fasilitas drainase.

Students are able to analyse the engineering design concept for drainage facility.

x Mampu mengidentifikasi aspek-aspek teknis pengaliran

limpasan air hujan.

x Mampu menganalisis rancangan teknis drainase.

x Able to identify technical aspects runoff.

x Able to analyse engineering design for drainage.

x Siklus hidrologi.

x Hidrolika saluran terbuka.

x Tata letak dan dimensi saluran air hujan.

x Hydrologic cycle.

x Open channel hydraulics.

x Lay out and dimensionering of drainage.

x Dodson, R.D. 1998. Storm Water Pollution Control –

Municipal, Industrial and Construction NPDES Compliance. McGraw-Hill. New York.

x Read, G.F. and Vickridge, I.G. 1997. Sewers-Rehabilitation and New Construction-Repair and Renovation. Arnold. London.

x Ye-Shi, C. 1994. Aerobic Heterotrophic Biodegradation in

Polluted Drains and Sewers – The Drain and Sewer As Dual-Phase Biological Reactors. A.A. Balkema. Rotterdam.

x American Society of Civil Engineers. 1969. Design and

Construction of Sanitary and Storm Sewers. ASCE. New York.

RE 092319: Analisis Teknis Prasarana Air Minum Dan Air Limbah

RE 092319: Technical Analysis of Water and Wastewater Facilities

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Kurikulum/

Mahasiswa mampu menganalisis suatu konsep rancangan teknis fasilitas air minum dan air limbah.

Students are able to analyse the engineering design concept for drinking water supply and wastewater facilities.

x Mampu mengidentifikasi aspek-aspek teknis pengaliran

air minum dan air limbah.

x Mampu menganalisis rancangan teknis fasilitas air minum

dan air limbah.

x Able to identify technical aspects of drinking water and wastewater flows.

x Able to analyse engineering design for drinking water and wastewater facilities.

x Kebutuhan air, penyediaan air dan kuantitas air limbah.

x Sistem penyediaan air minum perpipaan dan sistem

sanitasi air limbah.

x Hidrolika aliran bertekanan dan saluran terbuka.

x Tata letak dan dimensi perpipaan air minum dan air

limbah.

x Water consumption, water supply and wastewater quantity.

x Piped water supply system and sanitation system.

x Flow of water under pressure and open channel hydraulics.

x Lay out and dimensionering of piped water supply and sanitation system.

x Peavy, H.S. Rowe, D.R. and Tchobanoglous, G. 1995.

Environmental Engineering. McGraw Hill. NY.

x Droste, R.L. 1997. Theory and Practice of Water and

Wastewater Treatment. John Wiley and Sons. NY.

x Manahan, S.E. 1994. Environmental Chemistry. 6th Ed.

Lewis Publishers. Florida.

x Reynolds, T.D. 1982. Unit Operation and Processes in

Environmental Engineering. Brooks/Cole.

x Salvato, J.A. 1972. Environmental Engineering and

Sanitation. John Wiley and Sons. NY.

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Kurikulum/ COURSE TITLE RE 092320:Technical Analysis of Solid Waste Facilities

Mahasiswa mampu menganalisis suatu konsep rancangan teknis fasilitas persampahan.

Students are able to analyse the engineering design concept for solid waste facilities.

x Mampu mengidentifikasi aspek-aspek teknis pengelolaan

sampah.

x Mampu menganalisis rancangan teknis fasilitas

persampahan.

x Able to identify technical aspects of solid waste management.

x Able to analyse engineering design for solid waste facilities.

x Timbulan dan sumber sampah.

x Koleksi, pengangkutan, pengolahan khusus dan

pembuangan akhir.

x Tata letak dan dimensi fasilitas persampahan.

x Solid waste generation and sources.

x Collection, transportation, specific treatment and final disposal.

x Lay out and dimensionering of solid waste facilities.

x Vesilind, P.A. Worrell, W. and Reinhardt, D. 2002. Solid

Waste Engineering. Brooks/Cole Thomson Learning, Australia.

x Diaz, L.F. Savage, G.M. Eggerth, L.L. and Golueke, C.G.

1993. Composting and Recycling Municipal Solid Waste. Lewis Publishers. London.

x Lund, HF. 1993. Recycling Handbook. McGraw Hill . New

York.

x Tchobanoglous, G. Theisen, H. and Vigil, S.A. 1993.

Integrated Solid Waste Management. Engineering Principles and Management issues. McGraw Hill. New York.

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Kurikulum/ COURSE TITLE Permukiman (Studio I)

RE 092321:Technical Analysis Evaluation of Environmrental Settlement Infrastructure Development (Studio I)

Mahasiswa mampu mengevaluasi suatu fasilitas prasarana permukiman.

Students are able to evaluate the facilities of settlement infrastructure.

x Mampu mengidentifikasi aspek-aspek teknis prasarana

permukiman.

x Mampu mengevaluasi fasilitas prasarana permukiman.

x Able to identify technical aspects of settlement infrastructure.

x Able to evaluate the facilities of settlement infrastructure.

Tugas khusus terpadu mencakup:

x Prasarana drainase.

x Prasarana air minum.

x Prasarana air limbah.

x Prasarana persampahan

x Tata letak dan dimensi prasarana permukiman.

Integrated specific assignment, consisting of:

x Drainage infrastructure.

x Drinking water infrastructure.

x Wastewater infrastructure.

x Solid waste infrastructure.

x Lay out and dimensionering of settlement infrastructure.

x Berbagai buku teks drainase, air minum, air limbah dan

persampahan.

Various textbooks of drainage, drinking water, wastewater and solid waste management.

x Jurnal-jurnal internasional berbagai penerbit.

International journals from various publishers.

RE 092321: Evaluasi Teknis Prasarana Lingkungan Permukiman (Studio I)

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Kurikulum/ Settlement Infrastructure (Studio I)

Mahasiswa mampu mengevaluasi suatu fasilitas prasarana permukiman.

Students are able to evaluate the facilities of settlement infrastructure.

x Mampu mengidentifikasi aspek-aspek teknis prasarana

permukiman.

x Mampu mengevaluasi fasilitas prasarana permukiman.

x Able to identify technical aspects of settlement infrastructure.

x Able to evaluate the facilities of settlement infrastructure.

x Prasarana drainase.

x Prasarana air minum.

x Prasarana air limbah.

x Prasarana persampahan

x Tata letak dan dimensi prasarana permukiman.

x Drainage infrastructure.

x Drinking water infrastructure.

x Wastewater infrastructure.

x Solid waste infrastructure.

x Lay out and dimensionering of settlement infrastructure.

persampahan.

RE 092205: Metodologi Penelitian Dan Proposal Tesis: Tesis I

RE 092205:Research Methodology and Thesis : Thesis I Credits: 2sks/2credits

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Kurikulum/

Mahasiswa mampu menyusun proposal penelitian untuk suatu masalah implementasi pembangunan infrastruktur secara terbimbing.

Students are able to prepare research proposal for an implemented infrastructure under supervision.

x Mampu menyiapkan proposal penelitian.

x Able to provide research proposal.

x Formulasi masalah

x Metodologi penelitian

x Proposal penelitian dan seminarnya.

x Problem formulation.

x Research methodology.

x Research proposal and seminar.

x Mangkoedihardjo, S. Strategi Tulis Artikel Jurnal

Internasional (Manuscript Writing Strategy For

International Journal), Surabaya: Penerbit Gunawidya, 2009.

x Greenfield, T(ed). 1996. Research Methods: Guidance for

Postgraduates. Arnold. London.

x Sproull, N. 1995. Handbook of Research Methods. The

Scarecroe Press.

x Creswell J. 1994. Research Design: Qualitative and

Quantitative Approaches. Sage Pub. New Delhi.

x Hedrick, T. et.al. 1993. Applied Research Design: A

Practical Guide. Sage Pub. New Delhi.

Beach, D.P. and Torsten, K.E.A. 1992, Handbook for Scientific and Technical Research. Prentice Hall. Englewood Cliffs.

RE 092322: Pengembangan Rencana Dan Pengelolaan Prasarana Air Minum Dan Air Limbah

RE 092322: Development Plan and Management of Water and Wastewater Facilities

Semester: III TUJUAN

PEMBELAJARAN/ LEARNING

Mahasiswa mampu menyusun rencana pengembangan dan pengelolaan fasilitas air minum dan air limbah.

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Kurikulum/ OBJECTIVES management for drinking water and wastewater facilities.

x Mampu menyusun rencana pengembangan fasilitas air

minum dan air limbah.

x Mampu merencanakan pengelolaan fasilitas air minum

dan air limbah.

x Able to prepare development plan for drinking water and wastewater facilities.

x Able to plan the management of drinking water and wastewater facilities.

x Aspek-aspek rencana pengembangan fasilitas air minum

dan air limbah.

x Aspek-aspek pengelolaan fasilitas air minum dan air

limbah.

x Aspects of development plan for drinking water and wastewater facilities.

x Aspects of management of drinking water and wastewater facilities.

x Viessman, W. and Hammer, M.J. 1985. Water supply and

Pollution Control. Harper and Row. Cambridge.

x Barnes, D. and Wilson, F. 1983. Chemistry and Unit

Operations in Water Treatment. Aplied Science. London.

x Al Layla, M.A. Ahmad, S. and Middlebrooks, E. J. 1980.

Water Supply Engineering Design. Ann Arbor Science. Ann Arbor.

x Read, G.F. and Vickridge, I.G. 1997. Sewers-Rehabilitation and New Construction-Repair and Renovation. Arnold. London.

x Ye-Shi, C. 1994. Aerobic Heterotrophic Biodegradation in

Polluted Drains and Sewers – The Drain and Sewer As Dual-Phase Biological Reactors. A.A. Balkema. Rotterdam.

RE 092323: Pengembangan Rencana Dan Pengelolaan Prasarana Persampahan Dan Drainase

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Kurikulum/ Waste and Drainage Facilities

Mahasiswa mampu menyusun rencana pengembangan dan pengelolaan fasilitas persampahan dan drainase.

Students are able to prepare development plan and management for solid waste and drainage facilities.

x Mampu menyusun rencana pengembangan fasilitas

persampahan dan drainase.

x Mampu merencanakan pengelolaan fasilitas

x Able to prepare development plan for solid waste and drainage facilities.

x Able to plan the management of solid waste and drainage facilities.

x Aspek-aspek rencana pengembangan fasilitas

x Aspek-aspek pengelolaan fasilitas persampahan dan

drainase.

x Aspects of development plan for solid waste and drainage facilities.

x Aspects of management of solid waste and drainage facilities.

x Vesilind, P.A. Worrell, W. and Reinhardt, D. 2002. Solid

Waste Engineering. Brooks/Cole Thomson Learning, Australia.

x Diaz, L.F. Savage, G.M. Eggerth, L.L. and Golueke, C.G.

1993. Composting and Recycling Municipal Solid Waste. Lewis Publishers. London.

x Lund, HF. 1993. Recycling Handbook. McGraw Hill . New

York.

x Tchobanoglous, G. Theisen, H. and Vigil, S.A. 1993.

Integrated Solid Waste Management. Engineering Principles and Management issues. McGraw Hill. New York.

x Dodson, R.D. 1998. Storm Water Pollution Control –

Municipal, Industrial and Construction NPDES Compliance. McGraw-Hill. New York.

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Kurikulum/ and New Construction-Repair and Renovation. Arnold. London.

RE 092324: Evaluasi Rencana Pengembangan Dan Pengelolaan Prasarana Lingkungan Permukiman (Studio II) RE 092324: Evaluation of The Development Plan and Management for Settlement Infrastructure (Studio II) Credits: 3sks/3credits

Mahasiswa mampu mengevaluasi rencana pengembangan dan pengelolaan prasarana permukiman.

Students are able to evaluate the development plan and management for settlement infrastructure.

x Mampu mengidentifikasi aspek-aspek kelayakan

pengembangan dan pengelolaan prasarana permukiman.

x Mampu melakukan penilaian teknis rencana

pengembangan dan pengelolaan prasarana permukiman.

x Able to identify feasibility aspects of development plan and management for settlement infrastructure.

x Able to carry out a technical assessment of the development plan and management for settlement infrastructure.

x Rencana pengembangan dan managemen prasarana air

minum.

x Rencana pengembangan dan managemen prasarana air

limbah.

x Rencana pengembangan dan managemen prasarana

persampahan

x Rencana pengembangan dan managemen prasarana

drainase.

x Development plan and management of drinking water infrastructure.

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Kurikulum/

x Development plan and management of solid waste infrastructure.

persampahan.

RE 092325: Tesis II RE 092325:Thesis II Credits: 6sks/6credits

Semester: IV

TUJUAN

Mahasiswa mampu melaksanakan penelitian untuk suatu masalah implementasi pembangunan infrastruktur secara terbimbing.

Students are able to carry out research works for an implemented infrastructure under supervision.

x Mampu melaksanakan penelitian.

x Mampu mempertahankan hasil penelitian.

x Able to carry out research works.

x Able to defence the research results.

x Pelaksanaan penelitian.

x Seminar hasil penelitian dan ujian tertutup.

x Carry out research works.

x Seminar the research results and final examination.