MEng Electrical Engineering with a Year in Industry
About this course
Electrical engineering underpins virtually every aspect of modern life, from power grids and telecommunications networks to consumer electronics and industrial automation. It is concerned with generating, transmitting and controlling electrical energy and signals, and with designing the circuits, systems and devices on which almost all technology depends. As the world transitions to renewable energy, smart infrastructure and connected devices, electrical engineers are at the centre of some of the most consequential challenges of the coming decades. At the University of Nottingham, this programme includes a foundation year, giving you a thorough grounding in mathematics, physics and engineering fundamentals before you progress to degree-level study. The course runs over five years in total, combining the foundation year with the main programme and a dedicated year in industry. During your time with an industrial employer, you will apply your technical learning in a real professional setting, building practical skills and workplace confidence that classroom study alone cannot provide. You will explore core areas such as circuit analysis, electromagnetics, digital systems, control theory, power electronics and communications, developing the analytical and computational abilities that electrical engineers rely on throughout their careers. The year in industry is a significant structural feature of this degree. It gives you the opportunity to work on live projects, understand professional engineering practice and make connections with potential future employers well before you graduate. Many students find that this experience shapes their final-year choices and clarifies the direction of their careers. Electrical engineering graduates are sought across a wide range of sectors. Energy companies, defence contractors, telecommunications businesses, automotive manufacturers and consultancies all recruit heavily from this discipline. Typical graduate roles include electronics design engineer, power systems engineer, control systems developer and technical project manager. The analytical rigour the degree develops also makes it a strong foundation for further study, whether a masters in a specialist field such as power electronics or signal processing, or broader postgraduate programmes in engineering management.
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