- Beranda
- Profil
- Pendidikan
- Riset & Pengmas
- Unit Kerjasama
- Fasilitas & Umum
- Akses Cepat
The International Undergraduate Program at the Faculty of Engineering, Universitas Indonesia (FTUI), is designed to provide high-quality education and produce engineering graduates equipped to compete internationally. This program offers students the opportunity to experience an international education at a relatively lower cost. Additionally, students gain valuable international exposure, benefiting from cultural and linguistic diversity while establishing global networks. Currently, FTUI offers two types of international undergraduate programs: the Double/Joint Degree Program and the Single Degree Program, available across eleven study programs.
The International Undergraduate Single Degree Program was launched in 2011 in response to the growing demand for high-quality international education delivered locally. Unlike students in the Double/Joint Degree Program, who complete their final four semesters at one of FTUI’s partner universities, students in the Single Degree Program are not obligated to do so. However, they are required to study abroad for one to two semesters at an overseas university.
The program aims to:
Accreditation:
Admission Schedule
| Admission | Schedule | |
|---|---|---|
| By Invitation | Talent Scouting | February-March |
| By Test | SIMAK UI | May-June |
Fast Track Scheme
FTUI students with outstanding academic achievements are eligible to participate in the Fast Track Program. This program allows undergraduate students in their 7th and 8th semesters to enroll in select Master’s program courses. The specific courses and requirements are determined by the respective Study Program, enabling students to seamlessly transition into FTUI’s Master’s program and complete it within one year. Consequently, students can complete both their undergraduate and Master’s degrees in a total of five years.
The Undergraduate International Program at FTUI provides students with the opportunity to receive an internationally recognized standard of engineering education at a significantly lower cost compared to pursuing a full undergraduate program abroad.
Civil Engineering focusing on planning, design, construction, and maintenance of the world’s infrastructure, Civil Engineering is not just an applied- science but relates to real-life problem solving which affects the quality of life in society. Works that need the expertise of civil engineering variables such as bridges, buildings and structures, power plants, seaports, and sea transportation channels, piping, roads, airports, transportation systems, dams, drainage systems, solid and liquid waste management systems, and other uses.
Graduate profile: A professional/responsible Bachelor Engineer who is capable of designing civil engineering infrastructures by considering social, economic, and environmental aspects.
Mechanical Engineering focuses on mechanics, design, materials, manufacturing, thermo fluids, tribology, and engineering thinking engineers with strong fundamental engineering competence to analyze and synthesize mechanical characteristics, design and plan machines, mechanical devices, and manage installations and production of machines. Many graduates find employment as designers, consultants, or project managers in industries associated with the use of natural resources, including defense, power generation, oil refineries, mining and manufacturing plants, petroleum and gas, and other institutions.
Graduate profile: Able to design and analyze elements and systems in the field of mechanical engineering.
Electrical Engineering provides a broad technical education and develops students’ fundamental skills in electrical, and electronics. Graduates are expected to be capable of analyzing and solving problems in the field of electrical, control, electronics, telecommunications, and power engineering systems, which are highly qualified to work in the telecommunication industry, information technology industry, electronics, and power industry sectors.
Graduate profile: Able to design hardware and software as a solution to problems in the electrical field.
Metallurgical & Materials Engineering aims to produce graduates who can select, process, and control the properties of materials for given applications. Graduates will find themselves in a wide range of job opportunities such as materials, production, and fabrication, public utilities, research and development, consultancy and design, education, technical sales and marketing, including troubleshooting production problems for a major manufacturer.
Graduate profile: Able to design metallurgical and materials environmentally friendly processes and analyze material degradation.
Architecture produces graduates who have strong basic knowledge of architecture and its application, with the ability to apply responsive and environmentally friendly architecture design methods. Graduates of Architecture have the opportunity to work anywhere in the world from general practice or specialize in commercial, industrial or institutional developments, historic building conservation, or housing renovation.
Graduate profile: Able to design architectural designs that pay attention to local needs and wisdom.
Chemical Engineering provides a high-quality basic education in chemical engineering fundamentals to develop the skill required to apply these fundamentals to chemical engineering, processes, and systems whilst fostering a student’s personal development. Chemical Engineering aims to produce highly competent chemical engineering graduates who are knowledgeable in basic chemical engineering before getting access to the field of chemical process technology.
Graduate profile: Able to apply chemical engineering principles by considering various aspects.
Industrial Engineering focuses on the design, improvement and installation of integrated systems of people, materials, information, equipment and energy, to specify, predict, and evaluate the results to be obtained from such systems. Industrial Engineering Graduates have job opportunities in various service and manufacturing industries, government and private companies. The service industry includes financial institutions, consulting services, information technology services, community services, and others.
Graduate profile: Able to design, improve, operate, and maintain integrated manufacturing and service systems.
Bioprocess Engineering produces graduates who have contribute to the field of bioprocess engineering by applying bioprocess engineering principles with careful consideration of the engineering, economic, social, health and safety, energy, environment, sustainability, and ethical aspects; providing broad and fair access, as well as quality education and teaching in Bioprocess Engineering
Graduate profile: Able to contribute to the field of bioprocess engineering by applying bioprocess engineering principles with careful consideration of the engineering, economic, social, health and safety, energy, environment, sustainability, and ethical aspects
Naval Architecture and Marine Engineering to conduct research and research-based education for the development of science and technology in the field of Naval Architecture and Marine Engineering, and to conduct research and education and use it to improve quality life and humanity. Contribute to the development of science and technology in the field of Naval Architecture and Marine Engineering through continuous research.
Graduate profile: Able to analyze and design of ship buildings, marine systems, and marine transportation, with considering an aspect of energy conservation to meet the sustainable development goals.
Environmental Engineering designed to equip students with the knowledge and skills needed to address complex environmental challenges. Environmental engineering integrates principles from various engineering disciplines to develop sustainable solutions for protecting and improving the environment.
Graduate profile: Able to have a career in planning, design, implementation, and control of environmental engineering systems, considering environmental and socio-economic factors. Upon completing the program, graduates are prepared for careers in various sectors, including consulting firms, government agencies, industry, and research institutions.
Computer Engineering is designed to provide students with a comprehensive education in the principles and practical skills needed to design, develop, and maintain computer systems and networks. It is an interdisciplinary field that integrates aspects of both computer science and electrical engineering.
Graduate profile: Able to design information networks and computer-based systems using standard methods in accordance with professional ethics. Upon completing the program, graduates are well-prepared for careers in areas such as software development, computer hardware design, network engineering, embedded systems, and various technology-related industries.
Students will be awarded a bachelor’s degree from UI (Sarjana Teknik or Sarjana Arsitektur). Students in this program are required to spend at least one semester overseas under the scheme of student exchange in UI partner universities or fee-paying study abroad.
Students undertaking a double/joint degree program are awarded double bachelor’s degrees from both Universitas Indonesia and our partner university. Both degrees can be obtained within 3.5 – 4.5 years. The double/joint degree program is designed for students to complete the first 2 – 3 years at FTUI and the last 1 – 2 years at one of our partner university.
Transfer requirements:
Eligible students can continue their double/joint degree study to partner university if they meet the following requirements:
Partner Universities
List of full partner university can be accessed here.