Electrical and Electronic Engineering

Electrical and electronic engineering is the discipline that underlies the connected, electrified world we live in. Electrical engineers design and operate the power systems that generate, transmit, and distribute electrical energy. Electronic engineers work at a smaller scale, designing the circuits, sensors, processors, and communication systems that enable computers, smartphones, medical instruments, and countless other devices to function.

The two specialisms share a foundation in electromagnetic theory, circuit analysis, and the mathematics of signals and systems, and in practice they are deeply intertwined.

At Imperial College, one of the world's leading universities in science, engineering, and technology, you will study this three-year full-time degree in an environment of exceptional research strength. The programme addresses the major challenges facing engineers today: connecting the world through reliable communications, designing more efficient and affordable technology, enabling healthy and sustainable living, and building the infrastructure for a low-carbon energy future. You will develop rigorous grounding in the physical principles and mathematical methods that underpin electrical and electronic engineering, alongside the design, simulation, and laboratory skills that professional engineers need.

Imperial's high entry requirements reflect the academic intensity of the programme.

Graduates of electrical and electronic engineering are in sustained demand across telecommunications, power systems, semiconductors, consumer electronics, defence, healthcare technology, renewable energy, and the automotive and aerospace industries. Roles include electronics engineer, power engineer, telecommunications engineer, VLSI designer, systems engineer, and technical manager. Many graduates pursue chartered engineer status through the Institution of Engineering and Technology or other professional bodies.

Postgraduate study at Imperial and other leading institutions is also a well-trodden path for those who wish to develop advanced technical expertise or pursue research careers.