BACHELOR OF COMPUTER SCIENCE / INFORMATICS

OVERVIEW

The Informatics Engineering Program is designed to produce graduates capable of developing computer-based technology solutions across various fields. Students will learn the fundamentals of programming, algorithms, data structures, as well as software and information systems development.

The curriculum covers topics such as artificial intelligence (AI), machine learning, cybersecurity, web and mobile application development, and database management. Students will also be equipped with analytical and problem-solving skills to tackle today's technological challenges.

This program combines theoretical learning with hands-on practice through real-world projects, industry internships, and collaborations with tech companies. This allows students to apply their knowledge in real-world situations.

Graduates of Informatics Engineering have diverse career opportunities, including software developers, system analysts, cybersecurity experts, and technology consultants. They can also contribute to research and technological innovation to solve complex problems across various industries.

With in-depth knowledge and skills, Informatics Engineering graduates are ready to become pioneers in the digital revolution, driving technological advancements and creating a positive impact on global society.

VISION

To become a leading Informatics Engineering Study Program that is a national reference in the fields of Computer Vision, Deep Learning, and Big Data based on technopreneurship in 2021 that is innovative, communicative, and adaptive

MISSION

1. Organizing education in the field of Informatics Engineering that is innovative, communicative, and adaptive to future needs in professional governance (Good University Governance)
2. Preparing human resources who are insightful, creative, have good personality and morals with competent expertise in their fields according to KKNI standards and have a technopreneurship spirit
3. Conducting innovative research and community service in the field of Informatics Engineering
4. Implementing a communicative and adaptive academic service system
5. Establish synergistic cooperation with stakeholders, alumni, government agencies, and the private sector at the national and regional levels in order to adopt the development of science and technology and its application
6. Preparing entrepreneurial skills in the field of Informatics Engineering that are able to compete in the professional market and create new job opportunities