Bachelor in Biomedical Engineering

University of Galway (formerly National University of Ireland Galway) was established in 1845 and has grown into a leading public research university on the west coast of Ireland. With around 18,065 students and approximately 4,000 international students, the university offers a wide portfolio across five colleges including Arts, Business and Law, Engineering, Medicine and Science. Known for research strengths in biomedicine, environmental science and information technology, Galway combines strong teaching with vibrant scholarly activity.

The campus sits on the River Corrib within walking distance of Galway city centre, providing students with a lively cultural scene and easy access to the region’s natural attractions. Research institutes and international partnerships support collaborative projects and postgraduate opportunities, while teaching emphasises applied learning, professional accreditation where relevant, and student engagement. The university’s community links and industry connections help translate academic work into regional and global impact.

International students benefit from comprehensive support services, clubs and vibrant city life, plus opportunities for internships, work placements and research assistantships. A broad mix of programmes and a focus on employability equip graduates for careers or further study, and the university’s reputation for research-led teaching makes it a strong choice for students seeking a supportive campus with rich academic and cultural experiences on Ireland’s west coast.

The Bachelor in Biomedical Engineering at University of Galway is a 4-year degree for students interested in applying engineering principles to medicine and biology. This program helps students develop skills in designing medical devices and implants, and applying engineering skills to human biology. Students gain a full training in engineering design principles and their application to human biology.

The curriculum covers subjects like biomedical instrumentation, tissue engineering, and biomechanics. Students develop hands-on skills through engineering design and problem-solving. The program also includes a professional experience module to prepare students for the workforce.

Graduates can pursue careers as biomedical engineers, medical device designers, clinical engineers, research and development engineers, or regulatory affairs specialists. They can work in hospitals, medical device companies, research institutions, or government agencies, applying their skills to improve human healthcare and develop innovative medical solutions.