Electrical & Electronic Engineering
A comprehensive guide to studying Electrical & Electronic Engineering at university.
- - "It’s a really employable subject – I tended to pass screening in applications because I am doing a practical STEM subject" - Luka, *MEng EEE student, UCL*
- - "You get such a broad choice of modules, I liked digital design more so focused on that in 3rd and 4th year, but also took a module in German" - **Tanya, *MEng EEE graduate, Bath*
- - "A lot of the lectures can be really boring and content heavy. It’s a bit of an information overload sometimes" - Boris, *BEng EEE graduate, UCL*
- - "You have to work a lot harder than computer science students if you want to be eligible for software engineering roles, I didn't learn as much coding as my teachers said I would" - Constantine, *2nd year BEng EEE student, Bristol*
Studying Electrical & Electronic Engineering (EEE) at a UK university offers a blend of theoretical knowledge and practical skills. The course typically covers core subjects such as circuit theory, electromagnetics, signal processing, and control systems. Students engage in hands-on laboratory work, design projects, and group collaborations to apply concepts in real-world scenarios. Advanced topics may include renewable energy systems, telecommunications, and robotics. Many programs offer industrial placements or internships, providing valuable industry experience. Graduates are equipped to pursue careers in various sectors, including power generation, electronics design, and telecommunications. Renowned universities often have strong links with leading companies, fostering opportunities for research and employment. The demanding yet rewarding curriculum develops problem-solving, analytical, and technical skills, preparing students for the dynamic and evolving field of EEE.
Electrical and Electronic Engineers tend to end up in well-paid jobs in technical or financial fields.
Engineering firms such as: ARM, Cisco, Siemens, Network Rail
A large proportion of engineering students go into banking or finance: JP Morgan, Goldman Sachs, Rothschild
Many go into more software engineering companies if they are really great at coding: Google, Facebook Microsoft
STEM degrees can enter into most professions due to their technical skills and problem solving natures. If you do an MEng you can go on to become a Chartered Engineer.