The Computer Science Doctoral Program (PDIK) Department of Informatics, FTEIC-ITS, was established with Decree Number 95/E/O/2011, accredited by LAM-INFOKOM with a Superior Rating according to SK N0. 023/SK/LAM-INFOKOM/Ak/D/III/2023 and is valid until March 29 2028. Up to the 129th Graduation, 60 doctorates in the field of computer science have been graduated at home and abroad with professions as university lecturers, researchers , industrial practitioners, IT developers, government employees, and others.

PDIK Department of Informatics – ITS is supported by 20 teaching staff with Doctoral degrees with 10 Professors and 10 Associate Professors.

Studies at PDIK are carried out over 6 semesters (3 years), with a credit load of 42 credits. The total credits are divided into 3 groups, namely 14 credits of preparatory stage courses in the first year, 19 credits of dissertation research courses and 9 credits of publication courses. New student admissions are carried out before the new academic year in accordance with the selection schedule from the postgraduate directorate.

Prospective PDIK students can choose the regular route or research route in accordance with the specified requirements, the study funding scheme can take part in the LPDP, BPI, Fresh-Graduate, BIB, PMDSU scholarship selection, institutional collaboration scholarship scheme, or independent fees. PDIK holds regular classes and collaboration classes offline and online.

Prospective PDIK students before registering must have a dissertation proposal plan that is in accordance with one of the 8 research fields in the Department of Information, namely Software Engineering (RPL), Network Based Computing (KBJ), Intelligent Vision Computing (KCV), Network Technology and Intelligent Cyber Security  (NETICS), Graphics, Interaction and Games (GIGa), Programming Algorithms (AP), Intelligent Management of Information (MCI), Modeling and Applied Computing (PKT).

1. Able to demonstrate attitudes and character that reflect: devotion to God Almighty, ethics and integrity, noble character, sensitivity and care about social and environmental problems, respecting cultural differences and pluralism, upholding law enforcement, prioritizing the interests of the nation and wider community through creativity and innovation, excellence, strong leadership, synergy and other potential to achieve maximum results
2. Able to study and utilize science and technology in order to apply it to the field of informatics including computer networks, cyber security, information management, modeling and simulation, and able to make appropriate decisions from the results of one’s own work or group work in the form of final assignment reports or forms of learning activities others whose output is equivalent to the final assignment through logical, critical, systematic and innovative thinking
3. Able to manage one’s own learning, and develop oneself as a lifelong learner to compete at national and international levels, in order to make a real contribution to solving problems by paying attention to the principles of sustainability.
4. Master the concepts and principles of intelligent systems and computing science, and be able to design and build applications by applying these principles to produce intelligent application products in various fields.
5. Master the concepts and principles of architecture, systems and the basics of computer networks based on logic systems and be able to apply these principles to design, implement and manage network systems that have high performance, security and efficiency
6. Master the theoretical concepts and principles of network-based computing and the latest technology related to it and be able to apply these concepts to analyze and design algorithms for solving computational problems in various fields
7. Master the principles of creating an algorithm and various programming language concepts and be able to design and analyze algorithms to solve problems effectively and efficiently based on strong programming rules, and apply them to software development based on software engineering concepts and principles
8. Master the principles of graphics and interaction, and be able to develop and evaluate application and/or game user interfaces based on these principles
9. Mastering the principles and techniques of solving problems using: calculus, matrices, statistics, approximation, linear optimization, modeling and simulation and being able to solve computational and mathematical modeling problems using exact, stochastic, probabilistic and numerical approaches effectively and efficiently
10. Mastering the concepts and principles of capturing, processing and storing information in various formats and being able to collect, digitize and process data into useful new information using effective and efficient data modeling and storage

REGULAR PROGRAM

Elective Courses

RESEARCH PROGRAM