University of Strathclyde

What you'll study

This masters programme integrates engineering principles, design methods and hands-on making to prepare you for product and systems development roles. Core themes typically include computer-aided design and engineering, materials and manufacturing processes, rapid prototyping and digital fabrication, human-centred design, and systems thinking.

• Design project and studio modules: team-based and individual projects that follow the full design cycle from brief and user research through concept development, detailed design and prototype testing.
• Engineering analysis and simulation: modules covering finite element analysis, mechanical performance, and design validation techniques used to predict behaviour and ensure safety and reliability.
• Manufacturing and materials: study of materials selection, manufacturing methods, design for manufacture and assembly (DFMA), plus processes relevant to small-batch and volume production.
• Digital design and prototyping: CAD, CAM, 3D printing, CNC machining and electronics integration for rapid iteration and proof-of-concept building.
• Human-centred and sustainable design: methods for user research, inclusive design, lifecycle thinking and environmental assessment to ensure designs meet real needs responsibly.
• Research project or dissertation: an independent substantial research or design-led project supervised by academic staff, providing the opportunity to specialise in a topic such as product development, biomedical design, transport applications, or industrial systems.

Teaching typically combines lectures and seminars with studio workshops, lab sessions and industry-led briefs to emphasise practical outcomes. Assessment is commonly by coursework, project deliverables, presentations and a final dissertation or prototype demonstration.

Entry requirements

Applicants will normally hold a good honours degree (UK 2:1 or equivalent) in an engineering discipline, product or industrial design, mechanical engineering, aerospace engineering, manufacturing engineering or a closely related subject. Candidates with a lower second-class degree plus relevant professional experience may be considered.

• Portfolio: For applicants with significant design experience, a portfolio of project work or evidence of practical engineering activity strengthens an application.
• English language: If English is not your first language, you will need to meet the university's English language requirements.
• Other factors: References, a personal statement outlining design interests and career goals, and relevant industrial experience can influence admissions decisions.

Career prospects

Graduates move into roles that bridge creativity and engineering. Typical job titles include design engineer, product development engineer, prototype engineer, systems engineer, manufacturing engineer, and user-experience or interaction roles where hardware is involved.

• Work in sectors such as consumer products, medical devices, automotive and transport, aerospace, electronics and industrial equipment.
• Roles in research and development teams, design consultancies, manufacturing companies, and technology start-ups are common career paths.
• Some graduates progress to doctoral study or take roles focused on design strategy, innovation management and technical consultancy.

Why study at University of Strathclyde

Strathclyde combines applied engineering education with strong industry engagement and hands-on facilities. The university's engineering and design departments have established links with local and national manufacturers and innovation centres, offering opportunities for live briefs, placements and collaborative projects.

• Practical facilities: access to prototyping workshops, CAD/CAM labs and fabrication equipment supports iterative, hands-on learning.
• Industry connections: close relationships with engineering and manufacturing organisations help students gain exposure to real-world challenges and potential employers.
• Support for enterprise and careers: the university provides careers support and entrepreneurship resources for students seeking to commercialise ideas or join start-ups.

Together these elements make the programme suitable for students seeking a technically rigorous, practice-oriented route into product and systems design within engineering contexts.