Master in Biomedical Engineering

The University of Malta, based in Msida, is the island nation’s oldest and largest higher education institution, serving over 13,000 students including around 2,000 internationals. It provides a broad portfolio of undergraduate, graduate and doctoral programs across humanities, social sciences, natural sciences, engineering and medicine. As a public university with strong regional ties, it combines traditional scholarship with modern curricular development and European academic networks.

Academically, the university emphasizes multidisciplinary teaching and research. Students can access well-resourced libraries, laboratories and teaching facilities while engaging with faculty involved in EU-funded and regional projects. Programs follow Bologna-aligned structures, enabling credit mobility and clear progression from foundational study to advanced research. International partnerships and study-abroad options enhance language learning, comparative study and employability in a range of public and private sectors.

Student life in Malta offers a compact, multicultural setting with accessible campuses and a supportive student services network. International students receive orientation, academic advising and assistance with housing and administrative matters. Career services connect graduates with internships and employers across the Mediterranean region and beyond. The University of Malta is a practical choice for students who want a broad, research-active institution in a multilingual, historically rich environment that supports international mobility and professional development.

The Master in Biomedical Engineering at the University of Malta is a 4-year program for students passionate about engineering and healthcare. This master's degree helps students develop essential skills in biomedical engineering through coursework. Its main advantages include hands-on learning and a strong focus on practical applications.

The curriculum covers core subjects like Bioinstrumentation, Medical Imaging, and Tissues Engineering, as well as elective options such as Artificial Intelligence in Medicine. Students also work on a research project, applying their knowledge to real-world challenges and developing problem-solving skills.

Graduates can pursue careers as Biomedical Engineers, Clinical Engineers, Medical Imaging Specialists, Research Scientists, or Healthcare Consultants. They can find opportunities in hospitals, research institutions, or healthcare technology companies, using their skills to drive innovation and improvement in the healthcare sector.