Duration: Four years full-time; five years sandwich Imagine a world without electricity or electronic devices. It is easy to see why electrical and electronic engineering is vital to our survival and the development of future technologies. Electronic engineers play a vital role in the design, development, distribution and eventual recycling of numerous everyday products. As a result, qualified electrical and electronic engineers are in demand. On this course you will study digital and analogue electronics, engineering mathematics and computer programming as well as the application of electronic engineering in a range of environments. As you progress, you will examine signal processing, micro-controllers based systems, communication systems, control systems and digital hardware design. Alongside, you will develop professional skills in project planning, group work and communication.

Demand for graduates with expertise in electrical and electronic engineering is high. On graduation, you can go on to a career designing electrical and electronic systems; working on consumer technology; or solving engineering problems for communications and power generation/distribution companies. You could also work for companies in technology, manufacturing, transport and rail, aviation and a host of other industries.