Master & Doctoral Program

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Master Program
(BAN-PT: Accreditation excellent)

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 and thesis 10
Total 40 Credits

Doctoral Program
BAN-PT: Accreditation excellent: SSK-51157-S3 Teknik Kimia

Graduates of doctoral programs at the Faculty of Engineering, University of Indonesia should have the ability to demonstrate the development and new breakthroughs in research in the field of engineering in accordance with the path of chemical engineering.
The doctoral program at the UI Chemical Engineering Department has the following topics in particular: gas / energy technology, catalyst industry, product design and process chemistry, environment and safety.

 
Study Requirements Credit
General Basic 8
Special subject 8
Pre-research and qualification exams 4
Research and promotion exam 28
Total 48 Credit

BAN-PT Master

BAN-PT Doctor

Program Specification
1 Awarding institution Universitas Indonesia
2 Teaching institution Universitas Indonesia
3 Program title Master Program in Chemical Engineering
4 Class Regular
Gas Management
5 Final award Magister Teknik (M.T.)
6 Accreditation/recognition BAN PT: A acredited
7 Language of instruction Indonesia
8 Study scheme Full time
9 Entry requirement Bachelor degree (S1)
10 Duration of study Designated for 2 years
Type of semester Number of semester Number of week/semester
Regular 4 16
Short (option) - -
11 Graduate profile: Master of Chemical Engineering, Faculty of Engineering, Universitas Indonesia who is able to do problem-solving in chemical engineering field by designing process system and independent research activities based on scientific principles, as well as able to develop the professional performance as indicated by keenness of problem analysis, the adequacy of the review and the cohesiveness in troubleshooting.
12 Expected learning outcome:

  1. Able to analyze problems in transport phenomena in Chemical Engineering field.
  2. Able to analyze problems in thermodynamics in Chemical Engineering field
  3. Able to analyze problems in chemical reaction engineering in Chemical Engineering field
  4. Able to analyze problems in chemical process system in Chemical Engineering field
  5. Able to manage research activities independently based on scientific principles in certain specific fields.
  6. Able to design process system as well as related product in chemical engineering fields by considering engineering principles, management, economy, social, health, safety, and environment.
  7. Able to prepare scientific articles in chemical engineering field and published in national or international standard journal .
  8. Continously develop one-self to contribute in solving problems locally as well as globally
13 Casssification of subject
No Classification Credit hours (SKS) Percentage
i Total compulsary credits 17 40%
ii Total elective credits 15 36%
iii Seminar and Thesis 10 24%
Total 42 100%
14 Total credit hours to graduate 42 SKS
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Course Structure Of Master Program In Chemical Engineering

Course of Master Program in Chemical Engineering (Regular) from Chemical Engineering Undergraduate entry path

CODE SUBJECT CREDIT
1st Semester
ENCH801001 Advanced Chemical Eng Thermodynamics 3
Elective 1 3
Elective 2 3
Elective 3 3
Total Credit Term 1 12
2nd Semester
ENCH802101 Advanced Transport Phenomena 3
ENCH802102 Advanced Chemical Reaction Engineering 3
ENCH802103 Adv Chemical Eng. Modeling 3
ENCH802104 Research Methodology 3
Total Credit Term 2 12
3rd semester
ENCH800002 Pra Thesis 2
Elective 4 3
Elective 5 3
Total Credit Term 3 8
4th semester
ENCH800003 Thesis 8
ENCH800004 Scientific Publication 2
Total Credit Term 4 10
TOTAL 42

 

Course of Master Program in Chemical Engineering (Regular) from non-Chemical Engineering Undergraduate entry path
CODE SUBJECT CREDIT
1st Semester
Matrikulasi Transport Phenomena
Matrikulasi Numerical Computation
Matrikulasi Chemical Reaction Engineering 1
Elective 1 3
Elective 2 3
Total Credit Term 1 6
2nd Semester
Matrikulasi Chemical Eng Thermodynamics
ENCH802101 Advanced Transport Phenomena 3
ENCH802102 Advanced Chemical Reaction Engineering 3
ENCH802103 Adv Chemical Eng. Modeling 3
ENCH802104 Research Methodology 3
Total Credit Term 2 12
3rd semester
ENCH801001 Advanced Chemical Eng Thermodynamics 3
ENCH800002 Pra Thesis 2
Elective 3 3
Elective 4 3
Total Credit Term 3 11
4th semester
ENCH800003 Thesis 8
ENCH800004 Scientific Publication 2
Elective 5 3
Total Credit Term 4 13
TOTAL 42

 

Course of Master Program in Chemical Engineering (Gas management)

CODE SUBJECT CREDIT
1st Semester
ENCH801203 Exploration & Product of Hydrocarbon 3
ENCH801202 Natural Gas Processing 3
ENCH801204 Natural Gas Project Management 3
ENCH801001 Advanced Chemical Eng Thermodynamics 3
Total Credit Term 1 12
2nd Semester
ENCH802201 Trans & Utilization of Natural Gas 3
ENCH802202 Natural Gas Economics 3
ENCH802203 Risk Management 3
ENCH802204 Management Systems Eng. 3
Total Credit Term 2 12
3rd semester
ENCH803201 Renewable Energy 3
ENCH803202 OHS in Natural Gas Industry 3
ENCH800002 Pra Thesis 2
Total Credit Term 3 8
4th semester
ENCH800003 Thesis 8
ENCH800004 Scientific Publication 2
Total Credit Term 4 10
TOTAL 42

 

ELECTIVE COURSES

Code Elective Course for Odd Semester Credit
ENCH801101 Foor Technology 3
ENCH801102 Herbal Engineering 3
ENCH801103 Composite Material 3
ENCH801104 Hydrocarbon Thermodynamic 3
ENCH801105 Lubricants Engineering 3
ENCH801106 Combustion Engineering 3
ENCH801107 Heterogenous Catalyst 3
ENCH803101 Oleochemistry Industry 3
ENCH803102 Protein Engineering 3
ENCH803103 Applied Thermodynamics 3
ENCH803104 Dynamics System 3
ENCH803105 Cryogenics 3
ENCH803106 Plasma & Ozone Engineering 3
ENCH803107 Special Topics 1 3
ENCH803201 Renewable Energy 3
Code Elective Course for Even Semester Credit
ENCH802105 Storage & Packaging Techno 3
ENCH802106 Bioinformatics 3
ENCH802107 Cosmetics and Drugs 3
ENCH802108 Biomaterial 3
ENCH802109 Crude Oil Processing 3
ENCH802110 Petrochemical Process 3
ENCH802111 Photocatalysis Engineering 3
ENCH802112 Polimer 3
ENCH802113 Polution Prevention 3
ENCH802114 Explor & Product of Hydrocarbon 3
ENCH802115 Plant Utility and Maintenance 3
ENCH802116 Drug Controlled Release Techno 3
ENCH802117 Analysis & Synthesis of Process 3
ENCH802118 Geothermal Engineering 3
ENCH802119 Problem Solving Skills 3
ENCH802120 Special Topics 2 3
ENCH802201 Trans & Utilization of Natural Gas 3
ENCH802203 Risk Management 3