COURSE CURRICULUM

The structure of the computer systems engineering program is designed to provide a comprehensive foundation in both the theoretical and practical aspects of computing science. In the first year, the focus is on core programming concepts and mathematical modules that are essential for future work in the field. Students engage with compulsory modules such as Systems Development, which explores the complexities of computer-based systems through case studies and group exercises. This module emphasizes systems requirements, design, and the importance of project management, safety, security, and data protection. Additionally, the Web-Based Programming module introduces students to essential web development technologies such as HTML, CSS, and JavaScript, with a strong focus on security practices. Other core modules include Computing Principles, which lays the groundwork for understanding computer architecture and algorithmic complexity, and Database Systems, which provides hands-on experience with relational databases and SQL. In the second year, students dive deeper into computing science, focusing on both software and hardware components. Modules like Architectures and Operating Systems give insight into the relationship between system software and hardware, while Analogue and Digital Electronics provides practical knowledge of electronic components and circuit design. The Data Structures and Algorithms module helps students design and implement efficient algorithms and data structures, which are crucial for high-performance computing. Programming continues to be a major theme with Programming 2, where students learn C, C++, and advanced Java programming, deepening their understanding of programming concepts and preparing them for industry use. Networks and Embedded Systems further broaden students’ technical skills, exploring network design and the development of software for embedded devices. In the final year, students undertake an independent Computing Project, which allows them to specialize in an area of their choosing. They develop their project with the guidance of a faculty member and gain experience in research, software or hardware development, and professional communication. Optional modules such as Cyber Security and Audio and Visual Processing provide further specialization opportunities, preparing students for a variety of career paths in computer systems engineering.