COURSE CURRICULUM

This Electrical and Electronics Engineering program offers a robust combination of theoretical foundations, hands-on design, and applied engineering practice, preparing students for careers in electronic systems, embedded technologies, power electronics, and broader electrical engineering roles.In Year 1, students begin with foundational modules such as Electrical & Electronics Principles 1 and Digital Electronics, which establish a strong base in circuit theory and logic design. Maths for Electronics & Electrical Engineering ensures the mathematical competence necessary for tackling engineering problems. Modules like Computers in Engineering and Engineering Systems & Data Acquisition introduce essential computer tools and systems thinking. Practical application is integrated through the Engineering Design Project 1, where students design and test prototypes, and Engineering Skills 1 supports this by building academic and technical competencies.Year 2 progresses to more complex topics like Analogue Systems & Circuits and Embedded Systems, bridging the gap between theoretical concepts and real-world design. Control Systems and Communication Systems develop knowledge in automation and wireless technologies, both vital areas in modern electrical engineering. Electrical & Electronics Principles 2 deepens circuit analysis with AC systems. Engineering Design Project 2 emphasizes multidisciplinary integration and constraints, reflecting real engineering challenges in project-based learning.In the Final Year, students engage with advanced modules like Digital Signal Processing, essential for applications in audio, video, and communications. Power Electronics explores the conversion and control of electrical energy—a critical area in renewable energy and electric vehicles. Engineering Design introduces management principles and sustainability in engineering contexts, helping students evaluate the broader implications of design decisions. The Production Project offers a capstone experience where students design and deliver a professional-grade product, often for an external client.Overall, this program prepares graduates with a strong mix of theoretical knowledge, hands-on design skills, and industry-relevant tools and concepts. Would you like a comparison of how this degree aligns with roles in the energy sector versus embedded systems engineering?