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International Bachelor Program

Bachelor Program (S1) International (KKI) Chemical Engineering

Graduates of The Undergraduate Program of PSTK-FTUI should be able to design sustainable chemical products, tools, and processes; operate and improve plant performance; have integrity, competence, adaptability, creativity, critical thinking, effective communication skills, and able to work in team.

Classification of Courses

Credit Hours (SKS)

Percentage (%)

General Education

12

8

Mathematics and Basic Sciences

34

24

Cores

72

50

Electives

16

11

Industrial Engagement, Undergraduate Thesis/Final Project

10

7

Total

144

100

Program Specification

1.

Awarding Institution

Single Degree: Universitas Indonesia

Double Degree: Universitas Indonesia and partner university

2.

Program Tittle

Undergraduate Program in Chemical Engineering

3.

Types of Classes

Regular, Non-Regular, and International

4.

Degree Awarded

Single Degree: Sarjana Teknik (S.T.)

Double Degree: Sarjana Teknik (S.T.) and Bachelor of Engineering (Honours)/Bachelor of Chemical Engineering (Honours)/ Bachelor of Engineering (Hons.) in Chemical and Biomolecular

5.

Accreditation / Recognition

IABEE: Full-Accredited

LAM-Teknik: Unggul

6.

Language(s) of Instruction

Bahasa Indonesia and English

7.

Entry Requirements

High school/equivalent, or RPL, AND pass the entrance exam.

8.

Study Period

4 academic years – full time (8 semesters)

The Network of Expected Learning Outcome (ELO)

Expected Learning Outcomes:

  1. Able to apply knowledge of mathematics and science to solve general engineering problems.
  2. Able to design and develop tools, process systems, and products by accounting for engineering, economic, social, health and safety, energy, environmental, sustainability, and professional ethics aspects.
  3. Able to conduct experiments and analyse experimental data.
  4. Able to apply the concepts of mass, momentum, and energy balances, thermodynamics, transport phenomena in process units, as well as chemical reaction engineering in the field of chemical engineering.
  5. Able to use software relevant to the field of chemical engineering.
  6. Able to communicate effectively in both Indonesian and English, supported by digital literacy skills.
  7. Able to plan, accomplish, and evaluate tasks according to established standards.
  8. Able to think critically, creatively, and innovatively, possess intellectual abilities and adapt within multidisciplinary teams.
  9. Able to be responsible to society and adhere with professional ethics in solving engineering and entrepreneurial problems characterised by innovation.
  10. Able to continue to develop themselves to provide alternative solutions to various problems, both on a local and global scale.

Mapping Table for Achieving ELO in the Chemical Engineering Undergraduate Program

elo_mapping_chemical_engineering_international

Curriculum Structure - KKI Class

Curriculum Structure – KKI Class:

Year 1

1st SEMESTER

2nd SEMESTER

CODE

Course Name

Credits

CODE

Course Name

Credits

UIGE610003

English

2

ENFE610002

Computational Thinking

2

ENBS610001

Calculus 

4

ENBS610002

Linear Algebra

4

ENBS610003

Physics-Mechanics and Heat

3

ENBS610004

Physics-Electricity, Magnetism, Waves and Optics

3

ENCH610034

Physics Laboratory-Mechanics and Heat

1

ENCH610035

Physics Laboratory- Electricity, Magnetism, Waves and Optics

1

ENCH610036

Basic Chemistry

2

ENCH610006

Mass and Energy Balances

3

ENFE610001

Introduction to Engineering Design

2

ENCH610004

Basic Chemistry and Organic Chemistry Laboratory

1

ENCH610002

Communication Skills

2

ENCH610005

Physical Chemistry

3

ENCH610003

Organic Chemistry

3

ENCH610008

Instrumental Analytical Chemistry

3

 Subtotal

19

Subtotal

20

 

Year 2

3rd SEMESTER

4th SEMESTER

CODE

Course Name

Credits

CODE

Course Name

Credits

ENCH610007

Numerical Computation

3

ENFE610003

Fundamentals of Data Analytics

2

ENCH610017

Process Engineering Drawing

2

ENCH610014

Chemical Engineering Modeling

3

ENCH610009

Physical Chemistry and Analytical Chemistry Laboratory

1

ENCH610015

Heat Transfer

3

ENCH610010

Transport Phenomena

3

ENCH610016

Mass Transfer

4

ENCH610011

Fluid and Particle Mechanics

3

ENCH610018

Chemical Process Simulation

3

ENCH610012

Chemical Engineering Thermodynamics

4

ENCH610044

Chemical and Biochemical Reaction Engineering Fundamental

3

ENCH610013

Material Science and Corrosion

3

 

Elective

2

ENCH610037

Statistics and Probability

2

 

 

 

 Subtotal

21

Subtotal

20

 

Year 3

5th SEMESTER

6th   SEMESTER

CODE

Course Name

Credits

CODE

Course Name

Credits

UIGE610004

Religion

2

UIGE610007

Integrated Character Building

6

ENFE610004

Sustainability, Occupational Health and Safety

2

ENCH610023

Process Control

3

ENCH610038

Engineering Economics

3

ENCH610024

Unit Operation Laboratory 2

1

ENCH610020

Unit Operation Laboratory 1

1

ENCH610025

Chemical Reaction Engineering 2

3

ENCH610021

Chemical Reaction Engineering 1

3

ENCH610026

Process Equipment Design

3

ENCH610022

Biochemistry

3

ENCH610027

Chemical Product Design

3

 

Elective

5

 

 

 

 Subtotal

19

Subtotal

19

 

Year 4

7th SEMESTER

8th   SEMESTER

CODE

Course Name

Credits

CODE

Course Name

Credits

ENCH610028

Industrial Project Management

2

ENCH610033

Undergraduate Thesis

6

ENCH610029

Process Plant Design

6

 

 

 

ENCH610030

Capita Selecta

2

 

 

 

ENCH610031

Practical Work

2

 

 

 

ENCH610032

Research Methodology and Seminar

2

 

 

 

 

Elective

6

 

 

 

 Subtotal

20

Subtotal

6

Elective Courses - KKI Class

List of Elective Courses:

Elective Odd Semester

Code

Courses

Credit

ENCH610045

Applied Thermodynamics

3

ENCH610046

Thermodynamic Properties of Hydrocarbons

3

ENCH610047

Special Topics 1

3

ENCH610061

Advanced Computer Programming

3

ENBE610055

Internship 1

6

ENBE610060

Development of Advanced Materials

3

ENCH800014

Oleochemical Industry

3

ENCH800015

Food Technology

3

ENCH800016

Protein Engineering

3

ENCH800017

Herbal Technology

3

ENCH800018

Composite Materials

3

ENCH800020

Dynamic Systems

3

ENCH800022

Lubricant Technology

3

ENCH800023

Cryogenic Technology

3

ENCH800025

Plasma and Ozone Technology

3

ENCH800026

Heterogeneous Catalytic

3

ENCH800027

Sustainable Energy

3

ENCH800028

Risk Management

3

ENCH800029

Electrochemical Technology

3

ENCH800030

Extraction and Isolation Technology of Natural Products

3

ENCH800033

Natural Gas Processing

3

ENCH800041

Waste Management

3

ENCH800045

Mixing Technology

3

ENCH800056

Membrane Technology

3

ENCH800067

Biorefinery

3

ENCH800068

Molecular Systems Engineering

3

ENCH800069

Process Intensification Technology

3

ENCH800072

Biological Products Entrepreneurship

3

ENCH800073

Green Industry

3

 

Elective Even Semester

Code

Course

Credit

ENCH610048

Polymer Technology

3

ENCH610049

Fundamentals of Drug Delivery

3

ENCH610039

Special Topics 2

3

ENCH610042

Problem Solving Skills

3

ENCH610043

Transportation and Utilization of Natural Gas

3

ENCH610044

Chemical and Biochemical Reaction Engineering Fundamentals

3

ENBE610056

Internship 2

6

ENBE610059

Critical Minerals Technology

3

ENCH800034

Storage and Packaging Technology

3

ENCH800035

Bioinformatics

3

ENCH800036

Drug and Cosmetic Technology

3

ENCH800037

Petroleum Processing

3

ENCH800038

Petrochemical Processing

3

ENCH800039

Photocatalytic Technology

3

ENCH800040

Hydrocarbon Exploration and Production

3

ENCH800042

Microalgae Cultivation and Development Technology

3

ENCH800043

Plant Utility and Maintenance

3

ENCH800048

Genetically Modified Organism

3

ENCH800051

Biomass Thermochemical Conversion

3

ENCH800057

Membrane Technology for Advanced Processing

3

ENCH800065

Waste Treatment Simulation

3

ENCH800070

Chemitechnopreneur

3

ENCH800071

Sustainable Process Engineering

3

Sylabus of Undergraduate Program in Chemical Engineering for Regular and International Classes

Academic Guidebook 2024-2025 Chemical Engineering