MEng Medical Engineering with Industrial Placement Year

5 Years On Campus Bachelors Program

University of Southampton

Program Overview

The MEng Medical Engineering with Industrial Placement Year is a five-year integrated master’s program that blends core engineering principles with medical and healthcare applications. It offers students immersive design and research experience and concludes with a full year of paid industrial placement, significantly enhancing professional readiness and employability.


Curriculum Structure

Year 1
The first year lays the foundation in engineering design-build-test practices, medical systems fundamentals, and supportive science and engineering modules. Hands-on experience starts early with design projects, preparing you to tackle real-world medical engineering challenges and understand clinical, ethical, and safety considerations.

Year 2
The second year builds on foundational knowledge with deeper exposure to specialized medical engineering topics. Students work on individual projects and continue to develop design, technical, and problem-solving skills applied to healthcare technology.

Year 3
This year emphasizes independent learning through more advanced projects, deepening understanding of biomedical design, research methodology, and the integration of engineering principles in healthcare applications.

Year 4 (Placement Year)
The fourth year is fully dedicated to a paid industrial placement within healthcare or medical engineering industries. You’ll gain professional experience, apply your skills in a real-world setting, and receive guidance and assessment from placement tutors.

Year 5
The final year focuses on advanced, collaborative group design projects and in-depth study of clinical, ethical, and commercialization aspects of medical engineering. Students work with high-end research facilities and refine specialist skills, preparing for professional or research-focused careers.


Focus Areas:
Design-build-test methodology, medical systems and diagnostics, assistive technology, clinical safety and ethics, biomechanics, electronics, bioengineering labs, and human factors research.

Learning Outcomes:
Graduates gain advanced engineering knowledge tailored to healthcare, strong practical and project skills, industrial experience, and enhanced employability for careers in health tech, medical device design, or further research.

Professional Alignment (Accreditation):
The program meets the academic requirements for Chartered Engineer (CEng) recognition.

Reputation (Employability & Graduate Outcomes):
Southampton is known for world-class engineering facilities, a strong research culture, and deep industry links. The industrial placement significantly boosts employability and provides professional networking opportunities.

Experiential Learning (Research, Projects, Internships etc.)

This advanced integrated master's programme pushes you into the heart of medical technology innovation. Over five years, you’ll combine engineering fundamentals with healthcare-focused design—enhanced by an immersive, real-world industrial placement that elevates both experience and employability.

Experiential Learning Includes:

  • Integrated Master’s Structure with Industrial Placement
    Students spend four years building a foundation in engineering and medical device principles, followed by a dedicated, paid, one-year industrial placement. This immersion includes support from a placement tutor, tuition fee reduction during the placement year, placement acknowledged on the degree certificate, and regular progress reviews.

  • Design-Build-Test Progression
    The first two years center around design–build–test projects, sharpening your hands-on engineering ability. Year 3 features an individual project, and Year 4 culminates in a team-based design challenge, preparing you for collaborative innovation.

  • Access to Cutting-Edge Facilities
    You'll use top-tier labs spanning mechanical engineering, electronics, biomechanics, bioengineering, and human factors, equipping you with real-world technical experience.

  • Applied Medical Engineering Focus
    You’ll work on designing assistive devices, diagnostic tools, patient monitoring systems, and treatment technologies, all while learning crucial clinical, safety, ethical, and commercial aspects of medical engineering.

  • Industry-Ready Tools & Systems
    Students gain hands-on experience with specialist modelling software and modern measurement/testing equipment, ensuring you’re ready for professional environments upon graduation.


Why This Programme Stands Out

This MEng programme doesn’t just teach you medical engineering—it makes you a practitioner. From structured design projects to industry placement, it’s built to transition you into professional roles with confidence, technical competence, and sector-specific insight.

Progression & Future Opportunities

Graduates emerge with specialized skills in medical device engineering, healthcare systems development, biomedical research, and clinical innovation management. Common roles include Medical Device Engineer, Clinical Systems Developer, Biomedical R&D Specialist, and Healthcare Technology Consultant.


  • University Services That Support Your Career
    • Support from a placement tutor throughout the industrial year, with progress reviews and recognition of the placement on the degree certificate.
    • Hands-on learning includes design-build-test projects, individual research, group design challenges, and access to biomechanics, electronics, and human factors labs at high-spec facilities.
  • Employment Stats & Salary Figures
    • Around 85% of mechanical/medical engineering graduates are employed or pursuing further study within 15 months.
    • Median starting salary: approximately £29,200 in year one, rising to £34,700 in year three and £42,000 by year five.
  • University–Industry Partnerships
    • The placement year provides direct experience in health-tech firms, NHS innovation projects, and engineering design enterprises.
    • Students gain exposure to real-world prototyping, technology development, and applied problem-solving.
  • Accreditation & Long-Term Value
    • The MEng route meets the educational requirements for Chartered Engineer (CEng) status, supporting professional engineering career paths.
    • Industry exposure, high-level lab training, and accredited qualification enhance long-term employability.
  • Graduation Outcomes
    • Graduates typically work in medical device companies, healthcare technology consultancies, clinical engineering teams, and innovation/project management roles.
    • Many proceed to advanced study—MSc, PhD—or professional recognition as chartered engineers.

Further Academic Progression

  • MSc Programs in Medical Engineering, Healthcare Innovation, or Biomedical Systems
  • PhD Research in biomedical design, clinical systems engineering, or human factors technology
  • Chartered Engineer (CEng) Status through recognized professional development routes after graduation

Program Key Stats

£29,400 (Annual cost)
£ 29
Sept Intake : 14th Jan


Eligibility Criteria

A*AA
3.3
38
75

1300
27
6.5
92

Additional Information & Requirements

Career Options

  • Medical Device Engineer – design and develop innovative medical devices to improve patient care
  • Healthcare Systems Engineer – optimize healthcare systems and technologies for better efficiency and effectiveness
  • Clinical Engineer – manage and maintain medical equipment in clinical settings
  • Biomedical Researcher – conduct research to advance knowledge in medical engineering
  • Regulatory Affairs Specialist – ensure compliance with regulations in the medical engineering field
  • Project Manager in Medical Engineering – oversee projects related to medical engineering developments
  • Healthcare Consultant – provide expert advice on healthcare technologies and systems
  • Product Development Specialist – lead the development of new medical products from concept to market
  • Quality Assurance Engineer – ensure the quality and safety of medical devices and systems
  • Graduate-entry Medicine Candidate – pursue further studies to become a medical doctor  

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