COURSE CURRICULUM

The Computer Systems Engineering degree is structured over three years, combining core modules with optional components to provide a comprehensive education in both theoretical and practical aspects of computing. In the first year, students complete eight core modules, each worth 15 credits, covering foundational topics such as programming, embedded systems, operating systems, and hardware functionality. This year establishes essential knowledge in computer science and systems engineering while emphasizing practical skills. The second year builds on this foundation with three core modules and two core-with-options components, one of which is a substantial 60-credit module, allowing students to choose specialized topics that align with their interests and career aspirations. These options enable exploration of advanced areas within computer systems, providing flexibility and the opportunity to develop expertise in chosen subjects. In the final year, students undertake a significant 45-credit core module, likely serving as a capstone project or major practical assignment, alongside three core-with-options modules totaling 75 credits. This structure allows students to focus on advanced topics and apply their accumulated knowledge to complex, real-world problems. Overall, the program combines theoretical understanding, technical skills, and practical experience, preparing graduates for careers in computer systems engineering, technology development, and related fields where both innovation and technical proficiency are essential.