Undergraduate courses search
Displaying 1-20 of 82 undergraduate courses
Returning to education? Lifelong learning runs degrees with a foundation year for people who don't have the usual qualifications.
This course provides a core grounding in computer science, with a focus on AI. You’ll have the opportunity to dive deeper into a range of AI-focussed topics such as deep learning, nature-inspired algorithms, text or speech processing and robotics.
This programme is an extension to our BEng degree, allowing further specialisation. In addition to advanced taught modules in software engineering, you’ll join our student-led software organisation, Genesys, where you will be able to put your academic skills into context by working for real clients.
This programme is a one-year extension to our BSc degree, allowing further specialisation. In addition to advanced taught modules, including topics such as computer vision, reinforcement learning and digital forensics, you will undertake a significant group research project in a specialist area.
This course is a one-year extension to our BSc course, which allows further specialisation in AI. In your final year, you'll develop research and analytical skills via advanced taught modules and a group research project, where you’ll have the opportunity to deepen your knowledge in a focussed area.
As well as a grounding in the fundamentals of Computer Science, you’ll learn the skills needed to design, develop and maintain secure and dependable software systems. You’ll develop skills in project management, teamwork and working with clients - highly valued by our graduate employers.
You’ll receive a thorough grounding in both the theory and the practical skills associated with this dynamic subject, encountering application areas such as cybersecurity, deep learning, speech recognition, cryptography and robotics. We’ll equip you with skills needed to succeed in your career.
Discover the technology that powers modern life – from smartphones and electric vehicles to renewable energy systems and cutting-edge electronics. Learning spans everything from designing semiconductor chips, circuits and motors to building digital electronic, communication and power systems.
Gain both academic knowledge and practical experience on this unique interdisciplinary degree, taught by world-leading academics across seven departments. Develop a strong understanding across engineering disciplines and how they all fit together, before specialising in your area of interest.
Lead the tech revolution by creating, coding, and controlling the future of robotics. Combine mechanics, electronics, coding, control, and AI to design and build intelligent machines, automate systems, and shape tomorrow’s innovations.
Gain both academic knowledge and practical experience on this unique interdisciplinary degree, taught by world-leading academics across seven departments. Develop a strong understanding across engineering disciplines and how they all fit together, before specialising in your area of interest.
Lead the tech revolution by creating, coding, and controlling the future of robotics. Combine mechanics, electronics, coding, control, and AI to design and build intelligent machines, automate systems, and shape tomorrow’s innovations.
Learn core fields of computer systems - including maths, control, embedded systems and programming, - then apply them in advanced modules. Gain hardware and software skills for careers in robotics, IoT, AI and more, completing individual and group research projects in Years 3 and 4.
If you're not sure which area of civil engineering you want to go into, this broad-based course is a good choice. The first and second years introduce the core disciplines of structures, water, geotechnics and environmental issues. In the third year, you'll work as part of a team working on a realistic engineering design project.
Study mathematics, control, embedded systems and programming, then advance to system design, security and intelligent systems. Learn to design optimised hardware/software for computing, sensing, IoT, AI, telecoms and autonomous systems, with applied projects building career-ready skills.
Develop your advanced research skills with our accredited MPhys Physics course. Study the laws that shape the Universe and spend most of your final year working on your own research project.
Develop your advanced research skills with our MMath Mathematics course. Gain fundamental mathematical knowledge, tailor your degree to your interests and complete a major research project in your final year.
Tailor your degree to your interests and career goals with our BSc Mathematics course. Explore the topics that are important to you and gain the fundamental knowledge that every mathematician needs for a successful career.
Discover the technology that powers modern life – from smartphones and electric vehicles to renewable energy systems and cutting-edge electronics. Learning spans everything from designing semiconductor chips, circuits and motors to building digital electronic, communication and power systems.
Explore the mathematical principles that define physics with our accredited MPhys Theoretical Physics course. Build a detailed understanding of concepts across physics and mathematics, and spend most of your final year working on your own research project.
You'll be given a strong grounding in the core disciplines of structures, water engineering and geotechnics. The second half of the course focuses on more specialised and advanced structural engineering modules.