BEng Mechanical Engineering
About this course
Mechanical engineering is one of the oldest and broadest of the engineering disciplines, concerned with understanding, designing and building systems that involve force, motion and energy. From the engines that power vehicles to the turbines that generate electricity, from the design of biomedical devices to the development of aerospace components, mechanical engineering underpins an enormous range of technologies that shape modern life. It is a discipline that demands both rigorous scientific understanding and the practical ability to design, analyse and test real physical systems. At the University of Liverpool, this three-year full-time programme combines the scientific fundamentals of mechanics, thermodynamics, materials and fluid dynamics with the engineering skills, professional attitudes and design experience that employers in the twenty-first century require. The programme is professionally accredited, reflecting its alignment with the standards of the engineering profession. A year abroad is built into the structure, giving you the opportunity to study in a different engineering faculty and to develop an international perspective on your discipline. Throughout the degree, you will develop not just technical knowledge but also the ability to work in teams, communicate engineering ideas and think creatively about open-ended problems. Mechanical engineering graduates are among the most versatile in the engineering labour market. The manufacturing, automotive, aerospace, energy, defence, rail and marine industries all employ mechanical engineers in roles ranging from design and analysis to project management and technical leadership. The biomedical and medical devices sector is a growing destination, as is the renewable energy industry, where mechanical engineering skills are central to the design of wind turbines, tidal devices and related infrastructure. Many graduates pursue chartered engineer status through professional engineering institutions, and postgraduate study in specialist fields such as robotics, advanced materials or energy systems is a well-established route for those who wish to develop technical depth.
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