Undergraduate degrees in Electronic and Electrical Engineering

We offer a variety of IET accredited 3-year B.Eng. and 4-year M.Eng. degree programmes covering the wide spectrum that is Electronic and Electrical Engineering.

All of these degree programmes share a common core of modules for the first two years. This gives a broad educational base in the subject, before you decide your future specialisation. Your final choice of specialisation is made towards the end of Year 2 which is also the time when you select whether you intend to continue on a 4-year M.Eng. degree or transfer to a 3-year B.Eng. degree programme.

Electrical Engineering

Electrical Engineering

A broad-based course which provides you with expertise in a range of topics central to future developments in electrical engineering, as well as a good command of engineering principles. You'll be equipped to work in market sectors as diverse as aerospace, automotive, power generation/distribution and heavy/light industry, where there is an increasing demand for electrical engineers and many exciting career opportunities.

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Electronic Engineering

Designed to provide you with a sound base of the knowledge and skill that underpins the whole subject area encompassing computer hardware, analogue circuits, communication systems, power electronics, semiconductor devices and optoelectronics. With a degree in Electronic Engineering you are well placed for employment in a wide variety of industries, both inside and outside the engineering sector.

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Electronic Engineering
Electronic and Electrical Engineering

Electronic and Electrical Engineering

Lean more about power systems, power electronics, digital electronics, circuits and devices, electrical machines and drives.Your study will cover theoretical and practical aspects across the range of electronic and electrical engineering. You'll choose optional modules from an extensive range covering many aspects of electrical and electronic engineering and communications, depending on your interests.

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Electronic and Communications Engineering

TV, radio, text messaging, and air travel - this course gives you a thorough grounding in the engineering that makes these indispensable everyday technologies possible. Due to the diversity of applications for communications engineering, there is a buoyant market for graduates with the skills to cope with a dynamic and fast moving area of engineering.

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Electronic and Communications Engineering
Digital Electronics

Digital Electronics

The pace at which digital technology is advancing is breathtaking. Modern electronic system design is based on an understanding of a wide range of subjects ranging from electrical network behaviour through signal processing and programmable systems, to the programming languages used to design hardware circuits. Engineers with the skills and understanding that this degree programme offers are in great demand in industry and graduates can expect a fulfilling and rewarding career.

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Microelectronics

Develop your electronic engineering expertise towards an understanding of the properties of the semiconductor devices and circuits that underpin current and future electronic systems. All major aspects of semiconductor device technology are covered giving you a broad understanding to this key field. Coupled with the broader understanding of electronic engineering, you will graduate with a thorough grounding in the key enabling components that drive the electronics field.

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Microelectronics