Electrical Electronic Engineering

This one-year top-up provides advanced practical experience using specialist facilities and simulation software. Students work with industry-standard equipment in realistic laboratories that mirror professional engineering workplaces. Students who enjoy practical problem solving and hands-on electronics will find the workshop-based learning particularly rewarding. Modules cover embedded microcontroller programming in C, digital electronics and power engineering. Learners build circuits of the kind found in factories and study high-voltage direct current transmission, rotating electrical machines and power systems operating with one or three phases. Students also develop the teamwork and communication skills needed to work across engineering disciplines. The degree balances interpersonal skills with industrial knowledge and prepares graduates for engineering careers in the electrical sector. Graduates frequently move into design, commissioning or maintenance roles in electrical and power engineering.