The International Undergraduate Program in Artificial Intelligence offered under the School of elecTrical Engineering and Informatics (STEI), provides a premier pathway for students aspiring to become future leaders in artificial inteligence. Built on a strong scientific and informatics engineering foundation, the curriculum equips students with advanced knowledge in artificial intelligence. Learning is further enriched through hands-on projects, research opportunities, and exposure to real industry challenges. The curriculum includes a mandatory one-semester study abroad in the seventh semester at one of ITB’s overseas partner universities. Recognized nationally and internationally for its excellence, the program prepares graduates to excel as AI specialists, software engineers, innovators, and researchers. With ITB’s strong reputation and ecosystem, students gain the skills and confidence to shape the future of technology.

*) AI Specialization courses:

Choose minimum one of the following three courses:

Choose minimum two of the following six courses:

Required international experience (type, duration, partner).

For further semester exchange, you can visit https://partnership.itb.ac.id/semester-exchange/ 

Estimated Cost of Student Exchange at Partner University (if applicable)

Designing and building software, which includes software development such as web-based application development, mobile applications, security issues, interface design, and related areas. Career paths in this track represent the majority of jobs in Informatics and Computer Science. Many software companies and computer service firms—both large and small—as well as large organizations across various sectors such as government, banking, industry, education, healthcare, and others, offer careers in this track.

Designing new and better ways to use computers, which refers to improvements and innovations in the application of computer technology. This career track may require an advanced postgraduate degree, followed by positions at research universities or in industrial research and development laboratories. It may also involve entrepreneurial activities such as founding a high-tech start-up company.

Developing effective ways to solve computational problems. This track focuses on developing theory and algorithms to ensure the best solutions for computationally intensive problems, such as retrieving information from billions of web documents, processing millions of requests simultaneously, introducing new approaches to security problems, and more. This career track typically requires postgraduate study up to the doctoral level, followed by positions at research universities or in industrial research and development laboratories

Learn about the registration procedures and application requirements to begin your academic journey at the School of Electrical Engineering and Informatics, ITB.