ME (Biomedical Engineering)

The ME in Biomedical Engineering at University of Galway is designed so that you don’t just learn theory—you gain hands-on experience in real, cutting-edge environments that mirror what you’ll encounter in industry and research. You will work with advanced tools and technologies in dedicated laboratories, carry out substantial design and innovation projects, and benefit from the university’s close connections with Ireland’s medtech hub. This programme allows you to tackle practical challenges while developing the skills and confidence needed to excel in biomedical engineering:

• State-of-the-art laboratory work in the Alice Perry Engineering Building, including biomechanics, cell culture, electronics, structural testing, and ergonomics labs, where you can design and test medical devices in realistic conditions.

• Individual master’s thesis project conducted in partnership with the BioInnovate programme, giving you a real-world biomedical device research or design challenge to solve from start to finish.

• Dedicated postgraduate study and project spaces that encourage focused learning and collaborative design work.

• Access to research environments and initiatives such as CÚRAM, Ireland’s Centre for Research in Medical Devices, where you can engage in biomaterials, mechanobiology, and medical device innovation.

• Opportunities to work with advanced digital tools and analytical platforms, including biomechanics analysis, computational modelling, and ergonomic testing tools.

• Interaction with medtech industry partners, taking advantage of Galway’s vibrant medical technology ecosystem and connecting with global companies for applied problem-solving and networking.

Graduates from the ME in Biomedical Engineering at University of Galway are well-prepared to take on rewarding careers in the global medtech industry, research and development, and advanced engineering roles. Typical roles include biomedical design engineer, R&D engineer in medical device companies, quality and regulatory affairs engineer, and product development engineer — all positions where innovation directly improves patient care. The programme also provides a qualification that supports professional engineering accreditation, adding long-term value to your career:

• Career Development Services: The university’s Career Development Centre offers tailored support including career planning, CV and interview workshops, employer events, and connections with recruiters in the biomedical and high-tech sectors to help you transition confidently from study to work.

• Employment in a Global Medtech Hub: With Galway home to eight of the world’s top ten medical device companies, graduates are well placed to secure roles in both multinational corporations and innovative start-ups in Ireland and abroad.

• Internationally Recognised Accreditation: The ME is accredited by Engineers Ireland and meets the educational requirements for Chartered Engineer status under European standards, giving your qualification strong long-term recognition worldwide.

• Graduate Outcomes: ME graduates are highly sought after and go on to successful careers in biomedical engineering settings, research institutions, and globally operating medtech companies.

Further Academic Progression:

After completing the ME in Biomedical Engineering, you could continue your academic journey in several ways:

• Pursue a PhD in Biomedical Engineering or a related research field, taking advantage of the university’s strong research environment and collaborations with institutes such as CÚRAM, the Centre for Research in Medical Devices.

• Explore advanced postgraduate research degrees or specialised master’s programmes that deepen expertise in areas such as biomaterials, biomechanics, or medical device innovation.

• Engage in interdisciplinary research opportunities that bridge engineering, medicine, and technology development, preparing you for leadership roles in academia or industry research and development.