Degree : Joint degree*
Campus Location : Depok Campus and campus of partner university
Lecture Schedule : Morning/Daytime
Length of Study : 8 Semesters
Language of Instruction : English

These programs promote high-quality engineering education through international collaboration where students are designated to study at two institutions.  The first-two years are completed at the Faculty of Engineering, while the remaining two years of study are to be conducted at the selected overseas partner university (except for Bachelor of Engineering program for Electrical Engineering at University of Duisburg-Essen).

The international bachelor program in Engineering was established between the Faculty of Engineering and the following partner universities:/

Queensland University of Technology, Australia

*Bachelor of Engineering

• Civil Engineering
• Mechanical Engineering
• Electrical Engineering
• *Bachelor of Design
• Architecture

 

Monash University, Australia

*Bachelor of Engineering

• Metallurgy and Materials Engineering
• Chemical Engineering

 

Curtin University, Australia

*Bachelor of Engineering

• Chemical Engineering
• Civil Engineering
• Electrical Engineering
• Metallurgy and Materials Engineering

*Bachelor of Applied Science

•  Architecture

 

University of Queensland

*Bachelor of Engineering

• Mechanical Engineering
• Electrical Engineering
• Metallurgy and Materials Engineering (Dual Majors)
• Chemical Engineering
•  

University of Sydney

*Bachelor of Engineering

• Electrical Engineering

University of Duisburg Essen, Germany

*Bachelor of Engineering

• Electrical Engineering
• Metallurgy and Materials Engineering

 

*) Upon completion of the second stage of study, the student will be awarded a degree from Universitas Indonesia, Sarjana Teknik (Bachelor of Engineering) or Sarjana Arsitektur (Bachelor of Architecture) and a bachelor degree in engineering/design from the respective partner university overseas.

 

Joint degree Options and Career Outlook

Civil Engineering

Civil engineering centers on planning, design, construction and maintenance of the world’s infrastructure. Students can major in environmental engineering in the final year. Civil engineers are employed by governments and private companies to engage in planning, designing, constructing and maintaining structures and facilities including large buildings, roads, bridges, railways, dams, water supply and sewerage systems.

Mechanical Engineering

Mechanical Engineering focuses on mechanics, design, materials, manufacturing, thermo fluids, tribology and engineering management. Many graduates find employment as designers, consultants, or project managers in industries associated with the use of natural resources, including defense, power generation, sugar refineries, oil refineries, mining and manufacturing plants.

Electrical Engineering

This option provides a broad technical education and develops students’ fundamental skills in electrical, electronics and computer engineering. Electrical and computer engineers design, install and maintain electrical, electronic, telecommunications and computing systems on behalf of government electricity boards and large manufacturing and engineering companies.

Metallurgy and Materials Engineering

Students will receive a broad technical education while simultaneously developing their fundamental skills in metallurgy and materials engineering.

Chemical Engineering

The Study Program delivers a high-quality basic education in chemical engineering fundamentals to develop skills required to apply these fundamentals to chemical engineering processes and system whilst fostering student’s personal development.

Architecture

The program is designed to provide students with strong basic knowledge of architecture and its application, with the ability of applying responsive and environmentally friendly architectural design methods. The graduates are employed in construction industries as architects, interior designers, or supervisors in building construction projects.