Postgraduate Program (S2) Chemical Engineering

The Masters level program is offered by the UI Chemical Engineering Department for regular classes on the Depok campus and for special classes in gas management on the Salemba campus. Students have the flexibility to choose a number of elective courses according to their specialization. Graduates of the Master’s program should be able to solve problems in the process system and / or conduct independent research based on the principles of science and can develop their professional performance as indicated by the level of ability in problem analysis, scientific approaches and coherent problem-solving abilities.

Master level programs can be completed at the Bachelor level through a 5-year “fast-track” program. This program is offered for undergraduate students who have excellent grades, both from the Chemical Engineering Study Program and the Bioprocess Engineering. There is a “double degree” program with NTUST Taiwan and Curtin University, Australia.

Study Requirements	Credit
General Basic	15
Selection	15
Seminar & Thesis	10
Total	40

Program Specification

Awarding Institution

Universitas Indonesia

Host Institution

Universitas Indonesia

Faculty

Engineering

Program Tittle

Undergraduate Program in Chemical Engineering

Vision and Mission

Vision

Becoming a superior and competitive Chemical Engineering Study Program, through efforts to educate the nation’s life to improve people’s welfare, thus contributing to the development of Indonesian and world society

Missions

Providing broad and fair access, as well as quality education and teaching in Chemical Engineering;
Organizing quality Tridharma activities that are relevant to national and global challenges;
Creating graduates of Chemical Engineering who are of high quality, noble character, and able to compete globally;
Creating an academic climate that can support the realization of the vision of the Department

Class

Regular

Final Award

Magister Teknik (M.T)

Accreditation / Recognition

BAN-PT: Accredited A

Language(s) of Instruction

Bahasa Indonesia

10.

Study Scheme (Full Time / Part Time)

Full Time

11.

Entry Requirements

Bachelor Degree / Equivalent

12.

Study Duration

4 (four) Semesters or 2 (two) years

Type of Semester

Number of Semester

Number of weeks / semester

Regular

Short (optional)

13.

Aims of the programme:
The aim of the Master in Chemical Engineering program is to provide high-quality graduate-level education so that graduates have the knowledge, abilities, and experience in researching the latest topics in chemical engineering

14.

Graduate Profile:
The graduate who is able to develop alternative solutions to the problem deeply through the management of research activities based on scientific principles in the field of specific specialization in chemical engineering and contribute to meeting the Sustainable Development Goals (SDGs).

15.

Expected Learning Outcomes (ELO):

Able to analyze problem-related to thermodynamics, transport phenomena, and chemical reaction engineering in the field of chemical engineering
Able to analyze chemical process system using modern computation tools
Able to manage research activities independently based on scientific principles in certain fields of specialization
Able to write and manage scientific articles in the field of chemical engineering and published in national or international publication
Able to develop themselves continuously to be able to contribute according to professional ethics in solving local and global problems

16.

Courses Coposition

No.	Type of Courses	Credit Hours (SKS)	Percentage
i	Total Compulsory Credits	21	52,5%
ii	Total Elective Credits	9	22,5%
iii	Scientific Publication, Pra Thesis and Thesis	10	25,0%
	Total	40	100%
Total Credit Hours to Graduate		40 Credits

Employment Prospects

A Graduate of Master in Chemical Engineering study program at UI can be contributed in the following areas: in various industrial companies, research, and education institu-tions such as the chemical industries, oil and gas industries, engineering consultants, LIPI, Lemigas, and other related fields. Job names suitable for graduates of this pro-gram include process engineers, control engineers, program managers, project man-agers, technical managers, lecturers, and researchers. Some graduates have started working before graduating from the study program.

The Network of Expected Learning Outcome (ELO)

Mapping Table for Achieving ELO in the Chemical Engineering Master Program for Regular Class

Mapping Table for Achieving ELO in the Chemical Engineering Master Program for Gas Management Class

List of Courses for Chemical Engineering Master Program (Regular Class)

	Compulsary Courses (21 Credits)
	Name of Courses	Credits
ENCH800001	Adv Chemical Eng Thermodynamics	3
ENCH800003	Advanced Transport Phenomena	3
ENCH800004	Advanced Chemical Reaction Engineering	3
ENCH800005	Adv Chemical Eng. Modeling	3
ENCH800006	Research Methodology	3
ENCH800009	Natural Gas Processing	3
ENCH800027	Renewable Energy	3

	Elective Courses (9 Credits)
	Elective 1	3
	Elective 2	3
	Elective 3	3

	Special Courses (10 SKS)
ENCH800007	Pre Thesis	3
ENCH800008	Thesis	6
ENCH800055	Scientific Publications	2

Matriculation Courses for Non-Chemical Engineering Bachelor
ENCH600005	Numerical Computation	3
ENCH600010	Transport Phenomena	3
ENCH600013	Chemical Eng Thermodynamics	4
ENCH600019	Chemical Reaction Engineering 1	3

Courses Structure of Master Program in Chemical Engineering for Regular Class

	MATA AJARAN	COURSES
Kode/Code	Semester 1	1st Semester	Credits
ENCH800001	Termodinamika Teknik Kimia Lanjut	Adv Chemical Eng Thermodynamics	3
ENCH800027	Energi Berkelanjutan	Sustainable Energy	3
ENCH800009	Pengolahan Gas Bumi	Natural Gas Processing	3
	Pilihan 1	Elective 1	3
		Subtotal	12
Kode/Code	Semester 2	2nd Semester	Credits
ENCH800003	Peristiwa Perpindahan Lanjut	Advanced Transport Phenomena	3
ENCH800004	Teknik Reaksi Kimia Lanjut	Advanced Chemical Reaction Engineering	3
ENCH800005	Pemodelan Teknik Kimia Lanjut	Adv Chemical Eng. Modeling	3
ENCH800006	Metodologi Penelitian	Research Methodology	3
		Subtotal	12
Kode/Code	Semester 3	3rd Semester	Credits
ENCH800007	Pra Tesis	Pre Thesis	2
	Pilihan 2	Elective 2	3
	Pilihan 3	Elective 3	3
		Subtotal	8
Kode/Code	Semester 4	4th Semester	Credits
ENCH800008	Tesis	Thesis	6
ENCH800055	Publikasi Ilmiah	Scientific Publication	2
		Subtotal	8
		Total	40

Courses Structure of Master Program in Chemical Engineering for Regular Class from Non-Chemical Engineering Bachelor

	MATA AJARAN	COURSES
Kode/Code	Semester 1	1st Semester	Credits
Matrikulasi-ENCH600010	Peristiwa Perpindahan	Transport Phenomena	–
Matrikulasi-ENCH600005	Komputasi Numerik	Numerical Computation	–
Matrikulasi-ENCH600019	Teknik Reaksi Kimia 1	Chemical Reaction Engineering 1	–
	Pilihan 1	Elective 1	3
	Pilihan 2	Elective 2	3
		Subtotal	6
Kode/Code	Semester 2	2nd Semester	Credits
Matrikulasi-ENCH600013	Termodinamika Teknik Kimia	Chemical Eng Thermodynamics	–
ENCH800003	Peristiwa Perpindahan Lanjut	Advanced Transport Phenomena	3
ENCH800004	Teknik Reaksi Kimia Lanjut	Advanced Chemical Reaction Engineering	3
ENCH800005	Pemodelan Teknik Kimia Lanjut	Adv Chemical Eng. Modeling	3
ENCH800006	Metodologi Penelitian	Research Methodology	3
		Subtotal	12
Kode/Code	Semester 3	3rd Semester	Credits
ENCH800001	Termodinamika Teknik Kimia Lanjut	Adv Chemical Eng Thermodynamics	3
ENCH800027	Energi Berkelanjutan	Sustainable Energy	3
ENCH800009	Pengolahan Gas Bumi	Natural Gas Processing	3
ENCH800007	Pra Tesis	Pre Tesis	2
	Pilihan 3	Elective 3	3
		Subtotal	14
Kode/Code	Semester 4	4th Semester	Credits
ENCH800007	Tesis	Thesis	6
ENCH800008	Publikasi Ilmiah	Scientific Publication	2
		Subtotal	8
		Total	40

KODE/CODE	MATA AJARAN	COURSES	CREDITS
List of Elective Courses in Odd Semester
ENCH800014	Industri Oleokimia	Oleochemical Industry	3
ENCH800015	Teknologi Pangan	Food Technology	3
ENCH800016	Rekayasa Protein	Protein Engineering	3
ENCH800017	Teknologi Herbal	Herbal Technology	3
ENCH800018	Material Komposit	Composite Material	3
ENCH800019	Termodinamika Terapan	Applied Thermodynamics	3
ENCH800020	Sistem Dinamik	Dynamic System	3
ENCH800021	Sifat Termodinamika Hidrokarbon	Thermodynamic Properties of Hydrocarbon	3
ENCH800022	Teknologi Pelumas	Lubricant Technology	3
ENCH800023	Teknologi Kriogenik	Cryogenic Technology	3
ENCH800024	Teknik Pembakaran	Combustion Technology	3
ENCH800025	Teknologi Plasma dan Ozon	Plasmaand Ozone Technology	3
ENCH800026	Katalisis Heterogen	Heterogeneous Catalytic	3
ENCH800028	Manajemen Resiko	Risk Management	3
ENCH800029	Teknologi Elektrokimia	Electrochemical Technology	3
ENCH800030	Teknologi Ekstraksi dan Isolasi Bahan Alam	Extraction Technology & Isolation for Natural Products	3
ENCH800031	Topik Khusus 1	Special Topic 1	3
ENCH800032	Biokimia	Biochemistry	3

List of Elective Courses in Even Semester
KODE	MATA AJARAN	COURSES	CREDITS
ENCH800034	Teknologi Penyimpanan dan Pengemasan	Storage and Packing Technology	3
ENCH800035	Bioinformatics	Bioinformatics	3
ENCH800036	Teknologi Obat dan Kosmetik	Drugs and Cosmetics Technology	3
ENCH800037	Pengolahan Minyak Bumi	Petroleum Processing	3
ENCH800038	Proses Petrokimia	Petrochemical Processing	3
ENCH800039	Teknologi Fotokatalisis	Photocatalytic Technology	3
ENCH800040	Eksplorasi dan Produksi Hidrokarbon	Hydrocarbon Exploration and Production	3
ENCH800041	Pencegahan Pencemaran	Waste Management and Prevention	3
ENCH800042	Teknologi Pengembangan dan Pemanfaatan Mikroalga	Microalgae Cultivation and Development Technology	3
ENCH800043	Utilitas dan Pemeliharaan Pabrik	Plant Utility and Maintenance	3
ENCH800044	Transportasi dan Pemanfaatan Gas Bumi	Transportation and Utilization of Natural Gas	3
ENCH800045	Teknologi Pencampuran	Mixing Technology	3
ENCH800046	Kecakapan Pemecahan Masalah	Problem Solving Skills	3
ENCH800047	Teknologi Polimer	Polymer Technology	3
ENCH800048	Modifikasi Genetik Makhluk Hidup	Genetically Modified Organism	3
ENCH800049	Teknologi Pelepasan terkendali Obat	Controlled Drug Release Technology	3
ENCH800050	Topik Khusus 2	Special Topic 2	3
ENCH800051	Teknologi Konversi Termokimia Biomassa	Biomass Thermochemical Conversion	3
ENCH800052	Dasar Pemrograman	Basic Computer Programming	3

List of Courses for Chemical Engineering Master Program (Gas Management Class)

Compulsary Courses (21 Credits)
	Name of Courses	Credits
ENCH800001	Adv Chemical Eng Thermodynamics	3
ENCH800002	Health and Safety in Natural Gas Industry	3
ENCH800009	Natural Gas Processing	3
ENCH800010	Natural Gas Project Management	3
ENCH800011	Natural Gas Economics	3
ENCH800012	System Eng Management	3
ENCH800027	Renewable Energy	3

Elective Courses (9 Credits)
	Elective 1	3
	Elective 2	3
	Elective 3	3

Special Courses (Pra Thesis, Thesis & Scientific Publication) (10 SKS)
ENCH800006	Pre Thesis	2
ENCH800007	Thesis	6
ENCH800008	Scientific Publications	2

Courses Structure of Master Program in Chemical Engineering for Management Gas Class

	MATA AJARAN	COURSES
Kode/Code	Semester 1	1st Semester	Credits
ENCH800001	Termodinamika Teknik Kimia Lanjut	Adv Chemical Eng Thermodynamics	3
ENCH800027	Energi Berkelanjutan	Sustainable Energy	3
ENCH800009	Pengolahan Gas Bumi	Natural Gas Processing	3
	Pilihan 1	Elective 1	3
		Subtotal	12
Kode/Code	Semester 2	2nd Semester	Credits
ENCH800011	Keekonomian Gas Bumi	Natural Gas Economics	3
ENCH800012	Manajemen Sistem Rekayasa	System Eng Management.	3
	Pilihan 2	Elective 2	3
	Pilihan 3	Elective 3	3
		Subtotal	12
Kode/Code	Semester 3	3rd Semester	Credits
ENCH800007	Pra Tesis	Pre Thesis	2
ENCH800010	Manajemen Proyek Gas Bumi	Natural Gas Project Management	3
ENCH800002	K3 dalam Industri Gas Bumi	Health and Safety in Natural Gas Industry	3
		Subtotal	8
Kode/Code	Semester 4	4th Semester	Credits
ENCH800008	Tesis	Thesis	6
ENCH800055	Publikasi Ilmiah	Scientific Publication	2
		Subtotal	8
		Total	40

List of Elective Courses

KODE	MATA AJARAN	COURSES	SEMESTER	CREDITS
ENCH800040	Eksplorasi & Produksi Hidrokarbon	Hydrocarbon Exploration & Production	1	3
ENCH800028	Manajemen Resiko	Risk Management	2	3
ENCH800044	Transportasi & Pemanfaatan Gas Bumi	Transportation & Utilization of Natural Gas	2	3

Transition Guidance from Curriculum 2016 to 2020 for Master of Regular and Management Gas Classes

New curriculum 2020 will be applied effectively from Odd Semester 2020/2021. In principle, after curriculum 2020 is implemented, then only courses from this new curriculum will be opened.
For class 2019 and above will follow these transition rules.
The enforcement of the transitional period is one year. During this transition period, if a course in curriculum 2020 is in odd Semester while in the previous curriculum in even Semester (vice versa), then this course can be held (if necessary) in both semesters.
For students who have not passed the compulsory courses in curriculum 2016, are required to take the same course or equivalent in curriculum 2020.
When there is a change in the course credits, then the number of graduation credits counted in is the number of credits when it was taken. The same or equivalent courses, when are equated with different credits, if retaken, or just taken, will be acknowledged under a new name and credits.
When a compulsory subject in the curriculum 2016 is deleted, and there is no equivalence in the curriculum 2020 then: For students who have passed these subjects, the credits that are achieved will be counted in the calculation of graduation 40 credits. For students who did not pass these courses, they can take new compulsory courses or choose elective subjects in the curriculum 2020 to complete 40 credits.
In addition to changes in curriculum structure from 2016 to 2020, there are also the addition of several elective courses: Teknologi Elektrokimia), Teknologi Pencampuran (Mixing Technology), Teknologi Pengembangan dan Pemanfaatan Mikroalga (Microalgae Cultivation and Development Technology), Teknologi Ekstraksi dan Isolasi Bahan Alam (Extraction & Isolation Technology for Natural Products), Konversi Termokimia Biomassa (Biomass Termochemical Conversion Technology), Modifikasi Genetik Makhluk Hidup (Genetically Modified Organism), dan Dasar Pemrograman Computer (Basic Computer Programming)

Syllabus Of Master Program In Chemical Engineering Department For Regular Class

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