Develop advanced skills in aerospace systems, propulsion, aerodynamics and spacecraft engineering. This MSc allows you to tailor your degree with modules in flight control, simulation and aerospace materials.

Gain practical and theoretical knowledge to design, program and integrate robotic and intelligent systems — from autonomous vehicles to humanoid robots and smart devices.

Prepare for leadership roles in the engineering industry. Learn how to manage projects, operations, and technology development effectively in complex organisations.

Build expertise in modern chemical process design and optimisation. This MSc focuses on sustainable technologies, energy systems, and materials processing.

Deepen your knowledge in mechanical design, energy systems, manufacturing, and computational analysis. Taught by experts driving innovation in sustainability and industry.

Study the emerging field of organ-on-a-chip systems, combining biomedical engineering and microfluidics to model human organs for research and medical innovation.

Gain advanced understanding of materials behaviour and design. Learn how to engineer new materials that support next-generation aerospace, biomedical and sustainable technologies.

Develop expertise in renewable energy, energy storage and system design. Learn how to apply scientific and engineering principles to solve global energy challenges sustainably.

Designed for graduates from non-engineering backgrounds. Gain foundational knowledge in biomedical instrumentation, imaging and computational modelling to bridge health and engineering disciplines.