University of Liverpool

What you'll study

The programme builds from foundational engineering mathematics and mechanics into specialist mechanical engineering topics. Early-year modules typically cover mathematics for engineers, statics and dynamics, materials and solid mechanics, thermofluids, and computer-aided engineering. As you progress you will study subjects such as machine design, manufacturing processes, control and mechatronics, finite element analysis, heat transfer and energy systems. The course emphasises laboratory work, computer simulation (CAD, CAM and FEA), group design projects and an individual final-year engineering project that applies theory to a practical problem.

Teaching methods include lectures, tutorials, laboratory sessions, workshops and project-based learning. Assessment is a mix of written exams, coursework, lab reports, design portfolios and project presentations, giving experience of both individual and team engineering practice. Students can normally choose optional modules in areas such as advanced materials, sustainable energy, robotics, or computational methods to tailor the degree to their interests.

There is typically the option to take a placement year in industry or a year abroad as part of the broader degree pathway, enabling hands-on experience and professional development with an employer or overseas partner institution.

Entry requirements

Applicants are expected to have a strong background in mathematics; physics is also highly recommended. Typical offers ask for high-level achievement in A-levels (including Mathematics and preferably Physics) or equivalent qualifications such as a BTEC with relevant units, Scottish Highers, Irish Leaving Certificate or recognised international qualifications. Mature applicants and those with vocational qualifications are considered on an individual basis.

All applicants must satisfy the University's general admissions criteria and demonstrate numeracy and problem-solving ability. If English is not your first language, an approved English language qualification is required. Applicants with prior higher education may be considered for advanced entry to later years of the programme where appropriate.

Career prospects

Graduates of the BEng Mechanical Engineering degree move into roles across manufacturing, automotive and motorsport, aerospace, energy and utilities, consultancy, design and research. Common job titles include mechanical design engineer, development engineer, manufacturing/process engineer, systems engineer, and project engineer. Many graduates join graduate training schemes with major engineering employers or work for small and medium-sized enterprises.

The degree provides the academic foundation for progression to professional registration (such as Incorporated or Chartered Engineer routes) when combined with appropriate further learning and work-based experience. Graduates also often continue to postgraduate study (MSc or MEng conversion) in specialised areas such as renewable energy, aerospace engineering or advanced manufacturing.

Why study at University of Liverpool

The University of Liverpool offers mechanical engineering teaching backed by applied research and strong industry connections. Students benefit from well-equipped laboratories, workshop facilities, computer-aided design and simulation suites, and practical project spaces where theoretical learning is translated into hands-on practice. The School maintains links with local and national employers, helping to support placements, live projects and graduate recruitment.

Students have access to dedicated academic and careers support, accredited programme pathways that align with professional engineering institutions, and active engineering societies and project teams that provide opportunities for extracurricular design, competition and teamwork. The university’s city location also offers good transport links and access to a broad engineering and manufacturing base for internships and employment.