The computer science study program is designed to produce graduates who master the field of computer science and have global perspectives and insights, are tolerant and responsive to problems in society.
VISION:
“To become a nationally referenced and internationally qualified study program in the field of Computer Science.”
MISSION:
To achieve this vision, the Computer Science Study Program (PSIK) carries out the following missions:
Undergraduate Computer Science Study Program under the auspices of the Faculty of Computer Science, University of Indonesia (Fasilkom UI), consists of Regular and Parallel programs. This program provides an opportunity for the best high school/equivalent graduates to gain education and expertise in Computer Science at the undergraduate level. This program is designed to meet the need for skilled and professional personnel in the field of Information Technology, and Computer Science in particular. With more than 30 years of experience, Fasilkom UI’s Bachelor of Computer Science Study Program has been recognized for its ability and quality in providing education at the undergraduate level in the field of Computer Science.
The Undergraduate Study Program in Computer Science offers a balance between a solid scientific foundation in Computer Science and professional skills in Information Technology. The Computer Science foundation provided includes discrete mathematics, programming, data structures & algorithms, computer architecture, databases, operating systems, computer networks, computational theory, software engineering, and artificial intelligence.
The graduate profile of the Bachelor of Computer Science Study Program is as follows:
“A Bachelor of Computer Science who has the skills to provide computing-based solutions while upholding the principles of professionalism, ethics, and responsibility; and possesses foundational computer science knowledge to continuously improve their knowledge and skills in accordance with the development of science and technology.”
The key characteristics of this graduate profile are as follows:
Bachelor of Computer Science: Graduates of the Computer Science Study Program (Prodi SIK) possess a strong foundation of theoretical computer science knowledge balanced with practical knowledge of current computing technologies. They have critical, mathematical, and logical reasoning skills to solve problems computationally. This knowledge domain is also expected to provide the ability to propose something new, whether in terms of science or tools, that can be used by others. This last aspect is referred to as “discipline-oriented thinking” by Denning et al. (1989).
Professional: Demonstrates independent and high-quality performance, makes careful decisions based on information analysis, takes responsibility for achieving work results, exhibits good self-management, adaptability, and a commitment to continuous learning for career development.
Provider of computing-based solutions for real-world problems: Graduates of the Computer Science Study Program are able to identify solutions to real and complex problems, apply appropriate computing techniques and tools to implement solutions, and evaluate the effectiveness and efficiency of solutions in solving existing problems. In addition, graduates also have the skills to conduct experiments in a research context, are proficient in using statistical tools to analyze results, and are skilled in presenting the results of these experiments.
Collaborates globally: Possesses good communication skills and is able to collaborate in teams with diverse and geographically dispersed members, maintains and develops working networks with peers, both within and outside the institution.
Professional Ethics: Consistently applies professional ethics while considering legal, security, and social issues when determining computing-based solutions to problems..
The following are the Program Learning Outcomes (PLO) formulated for the Bachelor of Computer Science Study Program:
PLO CS1 emphasizes the ability to communicate effectively, both orally and in writing, and also the ability to communicate using internationally recognized languages such as English, while stressing aspects of knowledge, intellectuality, and moral values. This communication ability is specifically for explaining the implementation of a computing-based work to gain acceptance from stakeholders.
PLO CS2 emphasizes the ability to work collaboratively in a team to solve a computational problem. Graduates are also able to work with people from different fields; able to perform their respective tasks in a collaborative environment and evaluate their own work; and able to assess what other members need to do in a collaborative environment. PLO CS2 also includes conflict resolution and empathy skills when working in a team.
PLO CS3 requires graduates to be able to apply professional responsibility, including the relationship between technology and an understanding of social, environmental, and cultural issues. In addition, graduates are also expected to have a sufficient understanding of legal issues such as copyright, and to prioritize the principles of ethics, integrity, and independence in conducting professional assessments. Furthermore, graduates are able to solve problems creatively and innovatively, and demonstrate intellectual curiosity. Continuous self-development as a professional in the field of computing is also an expected characteristic.
PLO CS4 emphasizes the ability to analyze computational problems involving many components, high-risk systems, or critical systems. For example, graduates are able to analyze the development plan for a Health Information System in a hospital that is not only complex in terms of components, but also needs to be secure in terms of patient data storage to prevent easy hacking and ultimately endanger patients in the hospital. In addition, this competency is also related to basic computing principles such as mathematics, logic, inter-system communication, and design, as well as applying other relevant disciplines, such as organizational processes, health, and engineering. The foundational aspects in PLO CS4 are also used to adapt to the development of science.
PLO CS5 emphasizes the ability to design and implement computing-based solutions using software technology. Design and implementation are a continuation of the problem analysis and formulation process (PLO CS4). Furthermore, in designing and implementing, graduates are also able to develop, select, or adapt, and then apply current computing technologies to solve problems and meet the needs of society. Graduates are also able to understand the limitations of the current technology or tools used.
PLO CS6 prioritizes the foundational aspects of computer science to solve a problem by developing algorithmic solutions. For example, given a scheduling problem, graduates are able to apply dynamic programming techniques to propose an algorithmic solution; or able to use the randomized algorithm paradigm to solve load balancing problems. The term “critical” in PLO CS6 means that graduates are able to assess the credibility and relevance of information from various sources. It is noted that PLO CS5 emphasizes more on the software engineering aspect, while PLO CS6 is more on the foundational computer science aspect.
The Bachelor of Computer Science Study Program at Fasilkom UI includes a learning process equivalent to 144 semester credit units (SKS) that can be completed within four years. Students are entitled to hold a Bachelor of Computer Science (S.Kom.) degree after obtaining a minimum of 144 credits according to the established curriculum requirements.
The curriculum for the Undergraduate Program in Computer Science is designed to be completed in eight semesters (four years).
In addition, in the learning process various soft skills are also developed, namely the ability to communicate, work in teams (groups), write scientific papers, think creatively and innovatively and have professional ethics. These abilities are integrated into the curriculum of the Undergraduate Program in Computer Science and are developed through group assignments, software development projects, presentations, discussions, practical work in the industrial/business world, and so on.
In the first semester, every student is required to take all the courses that have been determined. Every subsequent semester, the maximum number of semester credit units (SKS) that a student can take is determined by the student’s achievement (semester achievement index) in the previous semester. Students who have good academic achievement can submit a request to their academic supervisor to be able to take lectures with a number of credits that exceeds the number of credits that have been determined for each semester.
Elective courses are made relevant to the research laboratories within the Faculty of Computer Science, University of Indonesia (Fasilkom UI). There are 6 laboratories and 1 research center relevant to the field of Computer Science:
The purpose of the relevance map between elective courses and laboratories is to assist final-year students in understanding the courses that are relevant to their Final Project topics. Additionally, the topics offered in the elective courses can also align with ongoing research topics in the respective laboratories.
Currently, there is only one elective course that is closely related to the DL2 lab, namely the Computer-Aided Instruction course. The mandatory Interaction Systems course is also a course managed by lecturers affiliated with the DL2 lab.
Computer Science and Informatics Engineering basically refer to the same field of science. Its scope is quite broad, starting from theoretical foundations in the field of computing, namely computational theory, algorithm design, to its application in the fields of artificial intelligence, multimedia information processing, information security, big data processing, and other interesting topics.
A graduate of Computer Science/Informatics Engineering has the ability to design and develop software using the right computational approach to solve a given problem.
With knowledge of Computer Science/Informatics Engineering, a computer scientist (computer scientist) always finds innovations in computational approaches and uses them to solve existing problems.
There are two study programs namely Computer Science and Information Systems.
For the National Track:
For the Independent Track:
Yes, people with color blindness may apply to the Undergraduate Program in Computer Science and Information Systems.
Yes, UI provides various kinds of scholarships for Regular Undergraduate students, ranging from reduced admission fees and BOP fees to living expenses scholarships as long as all requirements are met.
Please kindly visit https://cs.ui.ac.id/beasiswa/
Yes, for the Regular Program, by completing all the requirements set by the University of Indonesia.
Yes, for regular program, by completing all the requirements set by the University of Indonesia.
The Undergraduate Study Program at Fasilkom UI is designed to be completed within 8 semesters. However, students can also complete their studies in a shorter or longer time, depending on academic achievement and the number of credits taken each semester. The maximum time limit for completing the Undergraduate Study Program at UI is 12 semesters.
Fasilkom UI does not accept transfer students. Every student must take the University of Indonesia entrance exam (SIMAK UI) as a new student. However, courses that have been taken and are equivalent to courses offered at Fasilkom UI can be proposed for transfer. The authority and terms of a course can be transferred or not, must follow the regulations that apply at UI.
Currently, Fasilkom UI’s Undergraduate Study Program in Computer Science and Information Systems has been accredited with a “Excellent (Unggul)” score by BAN-PT.
In this digital era, the Faculty of Computer Science, University of Indonesia (Fasilkom UI) offers global quality education in the field of computer science and information systems. Watch the video below about how you can change the future of the world at Fasilkom UI.
Not only as a center for computer science and information systems education, the Faculty of Computer Science, University of Indonesia is also known for having a dynamic campus life. Watch the video on the campus life of Fasilkom UI students on the side.
The Fasilkom UI alumni network reaches not only regions in Indonesia, but also abroad. Fasilkom UI alumni work in various national and multinational companies, government agencies, and set up their own businesses or startups. Check out some of the testimonials from Fasilkom UI alumni in the video on the side.
Undergraduate Computer Science Study Program under the auspices of the Faculty of Computer Science, University of Indonesia (Fasilkom UI), consists of Regular and Parallel programs. This program provides an opportunity for the best high school/equivalent graduates to gain education and expertise in Computer Science at the undergraduate level. Watch the profile video of the computer science study program on the side.
Alumni graduates of Fasilkom UI’s Bachelor of Computer Science Study Program are accepted in business and industry circles as high-quality experts in the field of computer science and information technology. The results of the alumni tracking study show that 90% of graduates of the Computer Science Undergraduate Study Program find jobs less than three months after graduation.
According to surveys conducted regularly, most Fasilkom UI graduates work at home and abroad in various national and multinational companies engaged in information technology consulting, banking, software industry and other services. Others work in government institutions/universities, or continue their education to a higher level (Masters or Doctorate) at home and abroad. In addition, several graduates are directly involved in building startup companies to meet market needs in the field of information technology through innovative products and services.
Admission for new students for the 2023/2024 school year has been opened. Information on admissions pathways and admissions schedules, as well as online registration for prospective new students in full can be accessed via the following links. (Yang paling bawah mengenai informasi pendaftaran)
