COURSE CURRICULUM

This comprehensive three-year program offers a structured progression through core and advanced concepts in computer engineering technology, beginning with foundational knowledge in electricity, computer systems, programming in C, mathematics and laboratory instrumentation. As students move into the second and third semesters, they gain deeper technical expertise in digital electronics, microcomputing, advanced programming, Linux, networking essentials, microcontroller concepts and hardware–software interfacing, supported by strong communication and interpersonal skills training. Work-integrated learning opportunities further enhance practical experience and industry readiness. In the upper semesters, the curriculum expands into specialized and emerging fields, including cloud computing, Python programming with Raspberry Pi, wireless communication, ARM microcontrollers, network servers and engineering codes and practices. Students also tailor their learning through a wide range of professional options such as machine learning, artificial intelligence, AR/VR technologies, embedded Linux, data analytics, advanced interfacing, internet programming and cloud fundamentals. By the final semester, learners apply their accumulated skills in a major technical project, supported by advanced mathematics and elective options that align with their career goals. Overall, the program equips graduates with strong competencies in electronics, programming, embedded systems, networking and modern computing technologies, preparing them for diverse roles in the rapidly evolving tech sector.