Mechanical Engineering

Mechanical engineering is one of the oldest and most versatile engineering disciplines, concerned with the design, analysis, manufacture and maintenance of mechanical systems. From gas turbines and medical devices to autonomous vehicles and energy infrastructure, mechanical engineers work at the physical heart of the objects and systems that sustain modern life. The discipline is grounded in the fundamental sciences of mechanics, thermodynamics and materials, and it demands the ability to translate mathematical understanding into practical, reliable engineering solutions.

At UCL, one of the UK's most research-intensive universities, this three-year programme provides a rigorous grounding in the engineering sciences alongside hands-on design and project work. You will study statics and dynamics, fluid mechanics, thermodynamics, materials science, manufacturing processes, control systems, computational methods and professional engineering practice. UCL's location in London connects you to a concentration of engineering employers, research institutions and professional bodies, and the programme draws on the university's strong links with industry and its research strengths in areas such as clean energy, advanced manufacturing and bioengineering.

The typical entry tariff is 168 UCAS points.

Mechanical engineering graduates from UCL move into diverse careers in aerospace, automotive, energy, defence, medical devices, consultancy, manufacturing and construction engineering. Many also pursue postgraduate study or research, either at UCL or at other leading universities. The breadth of the mechanical engineering skill set means that graduates are not confined to a single sector: the analytical and problem-solving competencies developed through the degree are valued wherever complex physical systems are designed, built or maintained.

Progression toward chartered engineering status through the Institution of Mechanical Engineers is a common professional development pathway.