Electronic Engineering with a Year in Industry

Electronic engineering underpins the devices, networks, and systems that define modern life. From smartphones and medical imaging equipment to telecommunications infrastructure and renewable energy management, electronic engineers design and develop the hardware and embedded systems on which the digital world depends. The discipline combines the mathematical rigour of circuit analysis and signal processing with the creative challenge of building systems that are reliable, efficient, and fit for purpose in demanding environments.

At Royal Holloway, this four-year degree with a year in industry builds your understanding of the core principles of electronic engineering, including analogue and digital circuit design, microprocessors and embedded systems, communications, and power electronics. You will develop practical skills in design, simulation, and laboratory work alongside theoretical study, learning to approach engineering problems with the systematic thinking that characterises the profession. The programme addresses areas of real current importance including information security, healthcare technology, and energy sustainability, giving your studies a meaningful contemporary context.

The year abroad component offers you the opportunity to study at an international partner institution, broadening your technical and cultural perspective while developing the adaptability that global employers prize.

Electronic engineers are in sustained demand across a wide range of industries. Graduates typically move into roles in telecommunications, consumer electronics, defence, medical devices, automotive systems, and the rapidly expanding fields of renewable energy and smart infrastructure. Others work in software-hardware integration, systems engineering, or technical consultancy.

The analytical and problem-solving skills developed in an electronic engineering degree also transfer into finance, data science, and management consultancy. Many graduates pursue further study, including MEng conversion, specialist MSc programmes in signal processing or communications, or research degrees leading to careers in academia and industrial research and development.