Course summary

Your study will cover theoretical and practical aspects across the range of electrical and electronic engineering. Core topics include power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives. In addition to the individual project in the third year, you will work on a more research based group project in your fourth year. Learn about the technology that makes modern life possible with an integrated master’s degree in electrical and electronic engineering. The electrical and electronic engineering discipline ranges from the design and fabrication of individual components, such as semiconductor chips, electric motors and radio antennae, to complete systems, such as mobile phones and electric vehicles. Informed by our world-leading research and designed in collaboration with our industry partners, this course gives you a flying start to your career. You’ll learn by a combination of lectures, laboratory classes, tutorials and projects. Many of which will be delivered in our modern engineering teaching building, The Diamond. In particular, you'll learn to use the industry-standard equipment in our Electronics and Control Lab, Teaching Cleanroom and Computer Labs. In year one we’ll review the basic physics behind electrical or electronic devices, and you'll learn how to design, build and test simple electronic systems. These classes will be supplemented by an introduction to computer programming, a necessary skill for all engineers. Year two contains in-depth learning relating to energy generation, embedded programming, electronic circuits and devices and data communications. You’ll do three projects:

• A week-long faculty-wide engineering challenge

• An industrial project with one of our industrial partners

• A design project in which you will design, build and test an electrical or electronic component.

• Shape the future: Electronic and electrical engineering lies at the heart of many of the technologies that will shape the future. This programme will enable you to make a positive contribution to many global challenges, including green energy, AI, healthcare, cybersecurity and electric transport.

• Study with experts: You will learn from academic staff who are involved in world-class research with our industrial partners. Their research informs our teaching.

• Specialist teaching laboratories: The Diamond building is dedicated to teaching engineering students practical skills. It contains large, modern labs where you can apply the theoretical material delivered in lectures to real-world applications.

• Exciting careers: The specialist and generic skills that you acquire will enable exciting well-paid global career opportunities in industry, commerce, research and beyond.