COURSE CURRICULUM

The Computer Engineering program features a core-plus-elective structure designed to provide a comprehensive foundation alongside opportunities for specialization. The core curriculum covers essential professional courses including digital hardware, digital systems design, software engineering, algorithms, electronics, and communications. Students also build a strong base in mathematics, computer programming, electric circuits, physical sciences, and thermodynamics. This solid grounding ensures graduates have both the theoretical knowledge and practical skills needed to design and engineer custom digital hardware and software systems that address real-world challenges. A key component of the program is the final-year capstone group design project, which is industrially relevant and allows students to apply their learning in a collaborative, hands-on environment. Beyond the core, students can choose from a variety of electives in their final year, enabling them to tailor their studies to their interests and career goals. The department also offers recognized focus areas in computer networks and communications, embedded systems, software engineering, and biomedical applications, providing pathways for students to develop expertise in these specialized fields. Overall, the program balances fundamental knowledge with practical experience and flexible specialization, preparing graduates for dynamic careers in the evolving field of computer engineering.