University of Hull

What you'll study

This programme combines core engineering science with applied design and manufacture. Early years build a firm foundation in mathematics, mechanics, materials, thermofluids and electrical fundamentals, with laboratory work and computing skills (CAD/CAM, finite element methods, data acquisition). As you progress you study dynamics, control engineering, advanced materials, heat transfer, internal combustion and energy systems, and manufacturing processes.

Project work is a central element: team design projects and laboratory-based modules develop practical skills, while an individual final-year project lets you investigate a specialist topic and demonstrate independent engineering competence. The MEng route includes more advanced analytical and research-orientated modules and a larger, research-style dissertation or major design project to prepare you for Chartered Engineer status or postgraduate study.

• Typical modules: Engineering Mathematics; Mechanics of Materials; Thermodynamics and Heat Transfer; Fluid Mechanics; Materials and Manufacturing; Dynamics and Control; Computer-Aided Engineering (CAD/CAM); Electronic and Mechatronic Systems; Engineering Design Project; Final Year Individual Project.
• Teaching methods: lectures, seminars, laboratory sessions, workshop practice, computer-based simulation, group design challenges and industry-linked projects.
• Work experience: optional industrial placements or sandwich-year opportunities are supported to give workplace experience and enhance employability.

Entry requirements

The programme welcomes applicants with a strong mathematical background. Typical entrants will have A-level (or equivalent) qualifications including Mathematics plus Physics or an engineering-related subject. Vocational qualifications such as BTECs with substantial maths content and a compatible science/engineering component are usually considered.

International applicants are expected to hold equivalent qualifications, such as an International Baccalaureate with higher-level mathematics. Applicants should also meet the university's requirements for English language proficiency. GCSE-level passes in English and Mathematics (or recognised equivalents) are normally required.

Admissions consider the whole application, including personal statement, references and, where provided, relevant practical experience. Mature applicants with relevant work experience are also encouraged to apply.

Career prospects

Graduates move into a wide range of technical and commercial roles across sectors including automotive, aerospace, energy and power generation, marine and offshore, manufacturing, defence, and consulting. Common job titles include mechanical design engineer, production/manufacturing engineer, project engineer, R&D engineer, systems engineer and maintenance/reliability engineer.

Completing the MEng or accruing appropriate work experience helps prepare graduates for professional registration routes such as Incorporated Engineer (IEng) and Chartered Engineer (CEng), subject to meeting the relevant professional body requirements. Many graduates also progress to specialised masters-level study or take up roles in management, technical sales, and engineering consultancy.

Why study at University of Hull

The University of Hull offers hands-on engineering teaching supported by modern laboratories, machine and electronics workshops, and computing suites for simulation and CAD/CAM. Small-group project work and laboratory sessions give you practical experience alongside theory, while staff are actively engaged in applied engineering research, providing opportunities to work on real-world problems.

The School maintains regional and national industry links, helping to deliver guest lectures, live project briefs and placement opportunities. Support services include dedicated academic tutors, employability careers advice and facilities for entrepreneurship and enterprise, helping graduates make a smooth transition into professional engineering careers.