King's College London

Our integrated Master’s degree in Electronic Engineering opens the door to a rewarding career at the forefront of global technological innovation. Our programme offers a rigorous foundation in core principles, including foundational and advanced electronics, mathematics and design thinking, combined with extensive hands-on experimentation and project work. Our integrated approach empowers you to apply your knowledge in practical, impactful and innovative ways, preparing you to lead in an ever-evolving technological landscape.

We offer unparalleled access to cutting-edge facilities and collaborative makerspaces in the newly redeveloped Quadrangle laboratories where you can design, build, and deliver real-world engineering projects. This hands-on experience enables you to develop not only advanced technical expertise, but also the creativity, problem-solving ability and interdisciplinary insight essential for driving innovation in today’s world.

Accreditation

This programme is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council for the purposes of fully meeting the academic requirement for registration as a Chartered Engineer.

Electronic engineers work across diverse sectors to solve complex global challenges and build innovations that drive progress. As such, the engineers of tomorrow require in-depth, specialist knowledge alongside skills in critical thinking, project management and an awareness of the environmental, business, social, legal, and regulatory contexts in which they operate.

Our unique degree combines a rigorous foundation in the technical and mathematical principles of electronic engineering with holistic, interdisciplinary teaching in design, problem-solving and entrepreneurial skills. Additionally, in years one and two, 25% of modules see you apply your learning to innovate and create new products and services for the benefit of society.

The first two years contain everything we believe engineers need as a solid foundation to explore real-world problems in the third and fourth years. This includes mechanics, energy and thermofluids, signals and systems, materials, modelling, programming, and engineering design and management.

Our project-based learning sees you implement your knowledge across different industries and sectors, considering the full stack of requirements, from specifications and design to manufacture and assembly, to operation and testing. You'll gain agile and iterative skills using storyboarding and Kanban, ideal for software-centric roles. Later, you'll learn systems engineering with model-based approaches, aligning with companies like Jaguar Land Rover. Finally, you’ll be introduced to an entrepreneurial approach to funding, IP, and startup dynamics.

In the third year, alongside core modules deepening key knowledge areas, you can choose from a diverse range of optional modules including machine learning and algorithms, vehicle dynamics and future automotive technology, power systems, semiconductor materials and more. You will then undertake a substantial individual project of your choice.

The fourth year provides more flexibility and specialisation, with a choice of modules across electrical engineering domains as well as interdisciplinary fields including renewable power and energy storage, wireless networks and mobile communications, AI and automation, and aeronautical design, extreme mechanics and the future of automotive technology.

You will then undertake a major group project inspired by an industry or research challenge, on topics such as robotics and AI, health and wellbeing technology, environmental action and sustainable innovation, automotive and future mobility and more. At the end of your project, you’ll showcase your project amongst fellow students and your academic teachers, sharpening your communication and presentation skills. For this project, you’ll get to use our dedicated Engineering Project Space fitted with advanced technologies including industrial robots, 3D printers, composites manufacturing facilities, VR headsets, motion capture cameras and material testing machines.

The course is taught at King’s Strand and Waterloo Campuses, putting you in the heart of London with access to all its academic resources and within easy reach of the social and entertainment attractions of one of the world’s most cosmopolitan cities. The Department of Engineering is based on the Strand Campus.