University of York

What you'll study

The MEng Engineering programme begins with a broad foundation in core engineering principles — mathematics, mechanics, materials, electronics and programming — and rapidly introduces practical design and laboratory work. Early years emphasise applied mathematics, computational methods, systems thinking and laboratory skills alongside group design projects to develop teamwork and communication.

In the middle years you choose modules that allow you to build strengths in domains such as structural and civil engineering, mechanical engineering, electronic and control systems, energy and environmental engineering, and software for engineers. Typical topics include solid mechanics, fluid mechanics, thermodynamics, materials and manufacturing, circuit design and embedded systems, control theory, and engineering design methodology.

The integrated master’s year focuses on advanced technical topics, specialist elective modules and an extended individual research or design project supervised by academic staff. Assessment methods include written examinations, coursework, laboratory reports, design portfolios and project presentations. Throughout the programme there are embedded opportunities for practical workshop work, hands-on prototyping and computer-based simulation and modelling.

Students can normally access optional opportunities such as industrial placements or study abroad, multidisciplinary team projects and professional-skills development modules that cover ethics, project and risk management, and innovation and entrepreneurship.

Entry requirements

Applicants should have strong prior attainment in mathematics and at least one relevant science subject, typically physics, at A-level (or equivalent). Typical offers ask for high grades in mathematics and a physical science; other acceptable qualifications include the International Baccalaureate, relevant national diplomas and approved international equivalents. Recent experience of practical or project work and evidence of problem‑solving ability are advantageous.

The programme welcomes mature students and those with vocational qualifications; applicants with BTEC or access qualifications are considered on a case‑by‑case basis and may be expected to demonstrate strong quantitative skills. English language proficiency is required for applicants whose first language is not English, in line with the university’s standard requirements.

Career prospects

Graduates leave ready for a wide range of roles in industry, consultancy, research and government. Common career paths include design and development engineering, systems and control engineering, structural and civil engineering practice, energy and environmental engineering, electronics and embedded systems, and software engineering. The MEng is also a strong preparation for chartered engineer (CEng) accreditation routes and for postgraduate research (PhD).

Alumni progress to roles in manufacturing, aerospace, automotive, renewables, construction, technology firms and specialist engineering consultancies. Graduates also move into related fields such as project management, technical sales, patent and intellectual‑property roles, and management consulting. Industrial placements and group design projects help build employer contacts and practical experience valued by recruiters.

Why study at University of York

The Department of Engineering at York offers a multidisciplinary environment with strong links across materials, electronics, mechanical systems and software. Teaching combines lectures, small-group tutorials and substantial hands‑on laboratory and design work, supported by experienced academic staff active in research. The department emphasises transferable professional skills alongside technical depth, preparing students for leadership and innovation in engineering careers.

York provides a supportive campus experience with dedicated facilities for prototyping, materials testing and computing, plus access to central university careers and enterprise services. Students benefit from close contact with supervisors for final projects, opportunities for industrial collaboration and a university community that supports interdisciplinary study and entrepreneurship.