Electronic and Electrical Engineering, MEng (Hons), with industry placement

Electronic and Electrical Engineering at Swansea University offers an exciting field of study that shapes modern technology, from MP3 players and the internet to global mobile networks and renewable energy. Graduates enjoy global career opportunities in electrical, electronic, and nano-engineering sectors, equipped with analytical skills to solve industry problems and pursue Chartered Engineer status. The program benefits from Swansea's international reputation in electronics research, including power electronics, telecommunications, nanotechnology, and biometrics, ensuring courses remain current and industry-relevant.Facilities include state-of-the-art electronics laboratories, PCB fabrication, communications and nanoelectronics research spaces, the Wolfson Power Electronics and Power Systems Laboratory, and software development areas. Typical modules span analogue and digital design in year one, advancing to control systems and electromagnetics in year two, nanoelectronics and power systems in year three, an optional industrial placement in year four, and advanced topics like entrepreneurship for engineers in the MEng year five. The course is accredited by the Institution of Engineering and Technology, providing recognised professional qualifications. We guarantee conditional offers subject to requirements; visit an Open Day for more details.

Areas studied typically include: Year 1 : Analogue Design , Circuit Analysis , Digital Design , Dynamic Systems , Functional and Smart Materials , Instrumentation and Control , Microcontrollers , Signals and Systems Year two: Control Systems , Electrical Machines , Electromagnetics , Electronic Circuits , Electronic Materials and Devices , Practical Circuits , Semiconductor Technology , Software Engineering Year three: Microwave Circuits and Antennas, Nanoelectronics , Power Electronics , Quantum Devices Year four: Industrial Placement Year Year five (MEng): Advanced Power Electronics and Drives , Advanced Power Systems , Entrepreneurship for Engineers , Modern Control Systems , Power Semiconductor Devices