The MA/MSc in Integrated Industrial Design is a practice-led masters that combines user-centred design, engineering thinking and material technologies to create commercially viable products and systems. It suits candidates with a background in product design, industrial design, engineering or related creative disciplines who want to develop advanced design research, prototyping and industry-facing project experience.
What you'll study
The programme develops core design skills alongside systems thinking, digital fabrication and material-led experimentation. Teaching typically combines studio projects, design research, technical workshops and collaborative briefs with live industry partners.
- Studio Design Projects: Iterative briefs that move from problem framing and concept generation to detailed proposals and working prototypes.
- Design Research & Methods: User-centred research, ethnography, co-design, service design approaches and translating insight into design decisions.
- Materials and Manufacturing: Hands-on investigation of materials, processes and digital fabrication (CNC, 3D printing, laser cutting) and considerations for manufacturability.
- Computational Tools & Interaction: CAD, parametric modelling, basic electronics, sensors and methods for integrating interaction into products and systems.
- Sustainability and Circular Design: Life-cycle thinking, design for disassembly, material reuse and business models for sustainable product systems.
- Professional Practice: Project management, intellectual property, commercialisation and working with cross-disciplinary teams or industry clients.
- Major Project / Dissertation: A substantial self-directed project that synthesises research, design development and prototyping, often undertaken in collaboration with an external partner.
Assessment blends studio submissions, portfolios, written reports, presentations and the final major project. Modular structure supports part-time or full-time study and may include opportunities for industry placements or consultancy projects depending on cohort and partner availability.
Entry requirements
Applicants are normally expected to hold an undergraduate degree in a relevant subject such as product or industrial design, mechanical engineering, furniture design, architecture, or a closely related creative/technical discipline. A good second-class honours degree (or international equivalent) is typically required, with many successful applicants holding a 2:1 or higher or significant professional experience.
- Portfolio: A design portfolio demonstrating concept development, sketching, CAD work, prototypes and finished projects is usually required.
- Experience: Practical experience—through work, placements or a relevant undergraduate project—strengthens an application.
- English language: International applicants must meet the university's English language requirements; evidence of proficiency is required if prior study was not in English.
- Interview: Shortlisted applicants may be invited to an interview (in person or online) to discuss the portfolio and suitability for the programme.
Career prospects
Graduates leave with a mix of creative, technical and research skills that are valued across product development sectors. Typical career paths include:
- Product or industrial designer in consumer electronics, furniture, appliances, mobility and medical devices.
- Design researcher or UX specialist focusing on user insight and service integration.
- Design engineer or prototype specialist working in R&D and rapid prototyping labs.
- Consultant in design agencies, strategic innovation consultancies or in-house design teams.
- Entrepreneurial roles launching design-led start-ups or joining early-stage product companies.
- Further study and research roles, including doctoral programmes in design, fabrication or human-centred innovation.
Why study at Loughborough University
Loughborough offers a practical, industry-connected environment that sits at the intersection of design, engineering and manufacturing. The Design School and related workshops provide well-equipped studios, digital fabrication facilities and specialist technician support for rapid prototyping and model-making.
- Industry links: Strong relationships with regional and national companies create opportunities for live briefs, placements and collaborative projects.
- Interdisciplinary environment: Easy collaboration with engineering, materials and business departments supports holistic product development and commercial awareness.
- Facilities and support: Access to advanced workshops, maker spaces, testing equipment and enterprise support for commercialisation and start-up development.
- Focused teaching: Small-group studio teaching emphasises hands-on learning, critical feedback and portfolio development valued by employers.
Overall, the programme is tailored for applicants seeking a balance of creative design, technical capability and real-world project experience delivered within a technically strong university context.
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