COURSE CURRICULUM

Year 1 of the BEng (Hons) in Electrical Engineering provides students with a strong foundation in core engineering principles, combining mathematics, physics, computing, and professional skills with introductory electrical and electronic technologies. Semester 1 includes modules such as Introduction to Engineering, Engineering Computing, Engineering Maths 1, Engineering Physics 1, Engineering Professionalism, and Engineering Physics 2, while Semester 2 builds on this foundation with Analogue Electronic Devices, DC Circuit Theory, Introduction to Programming, Introduction to Electronic & Electrical Technology, and Engineering Maths 2. In Year 2, students deepen their knowledge in electrical engineering with modules covering Electrical Embedded Projects, Electrical Machines, Electrical Power Engineering, Electrical Services Design, Instrumentation & Measurement, Industrial Automation, Sustainable Heat & Power Generation Technologies, Industrial Electronics, and advanced mathematics topics including Ordinary Differential Equations and Advanced Calculus. Year 3 emphasizes applied learning and professional experience, including Advanced Engineering Maths, Electrical Power Systems, Electrical Health & Safety, HLL Programming, Smart Grid Communications Technology, Telecommunications, and an Industrial Studies & Placement module, allowing students to gain hands-on industry experience. Year 4 focuses on advanced technical and professional competencies with modules such as Algorithms & Applications, Analogue and Digital Control, Data Communications, Energy Management of Buildings, Theory & Applications of Transformers & Line Reactors, Robotics & Vision, Smart Grid Technology and Renewable Energies, as well as Project Specification, Project Implementation, and Operations Strategy / Innovation. This progressive structure integrates theoretical knowledge with practical skills, ensuring graduates are fully prepared for careers in power generation and distribution, industrial automation, smart grid development, renewable energy integration, and broader electrical engineering sectors, while also providing awareness of professional, regulatory, and innovation-driven aspects of the industry.