Graduate profile and learning outcomes

Studies the basic concepts of programming languages, including syntax, semantics, programming paradigms (imperative, functional, logic and object-oriented), and techniques for the analysis and design of programming languages.

Examines the basic principles of computer systems, including computer architecture, operating systems, networks and security. The focus is on understanding how system components work in an integrated way.

Studies the theory of algorithms, computational complexity, algorithm design strategies, and the performance analysis of algorithms in various computing scenarios.

Provides the mathematical and statistical foundations used in computer science, including discrete logic, probability, numerical analysis, linear algebra and statistical methods for data analysis.

Studies the concepts, structures and mechanisms of operating systems, including process management, scheduling, file systems, virtual memory, and security and protection in modern operating systems.

Covers the principles of design, implementation and optimisation of database systems, data models, and techniques for managing and processing data at large scale.

Examines the principles, methodologies and practices of software engineering, including the design, testing, maintenance and project management of software using process-oriented and team-based approaches.

Studies the basic techniques of software development, covering programming, debugging, documentation and the use of development tools in software projects.

Studies the concepts and techniques of artificial intelligence, including machine learning, natural language processing, heuristic search, fuzzy logic and the application of AI in various domains.

Explores ethical, legal and social issues in information technology, including data privacy, cybersecurity, the impact of technology on society, and professional responsibility in software development.

Studies the principles and technologies of computer networks, including network architecture, communication protocols, addressing, network security, and wireless and wired network infrastructure.

Examines the design, evaluation and implementation of effective user interfaces, as well as principles of human-computer interaction focused on user experience and accessibility.

Studies the principles and practices of computer system security, including encryption, network security, identity management, access control, and the mitigation of cyber threats and attacks.

Examines the design and organisation of computer systems, including processor architecture, memory, graphics processing units, and the relationship between hardware and software.

Studies parallel and distributed computing techniques, including parallel programming models, distributed algorithms and cloud computing technologies to improve data processing performance.

Examines the theory and implementation of computer graphics and interactive techniques, including 3D modelling, rendering, animation and data visualisation.

Studies software development for specialised platforms such as embedded systems, mobile devices, quantum computing, and cloud-based or edge computing environments.

Refers to the characteristics of Informatics graduates according to ACM 2023: 1. Adaptable: Adjusting to technological developments. 2. Collaborative: Working effectively in teams. 3. Inventive: Creating new solutions or adapting existing solutions to new contexts. 4. Meticulous: Ensuring the correctness and completeness of solutions. 5. Persistent: Iterative in problem solving. 6. Proactive: Anticipating issues (security, ethics, etc.). 7. Responsible: In design, implementation and maintenance. 8. Self-directed: Committed to lifelong learning.

Studies the systematic steps for designing, conducting and analysing research

Develops students' character so that they have noble morals and national insight and are able to communicate effectively in Indonesian and global contexts

The ability or skill to develop knowledge and understanding of scientific concepts and methods in uncovering diverse phenomena and their changes, as well as the role of science in everyday life.