Your future
Biomedical Sciences is a fast-paced, cutting edge field with a growing demand - and good labour market prospects - for specialised biomedical professionals. The curriculum prepares you to become an independent researcher or professional ready to make a real impact in academia, healthcare, or industry.
Studying biomedical sciences allows you to choose from a wide variety of careers in hospitals, universities, research centres and industry. You can for example work in governmental agencies, patent organisations, environmental agencies, research organisations, pharmaceutical or biotechnology companies, public health institutes, research communication agencies or journalism.
Graduate profiles
Academia
In academia, you can pursue a PhD or start as a research officer, educational manager, or lecturer. As a researcher, you generate new knowledge to advance biomedical sciences and healthcare. In education, you support and inspire students to develop as future professionals in the field. You will collaborate across disciplines and institutions, and develop expertise and leadership within the scientific community.
Private healthcare industry and consultancies
In the private sector, you contribute to innovation in pharmaceutical companies, medical device development, or healthcare-related industries. You can work in research and development, quality assurance, or regulatory affairs. Consultancy firms also seek biomedical scientists to provide evidence-based advice on healthcare strategies, technology implementation, and policy. A career in this sector offers the opportunity to translate scientific knowledge into practical applications.
Public and governmental organisations
Biomedical scientists can contribute to evidence-based health policy and practice at local, national, or international levels. Career opportunities include positions at public health institutes, ministries, regulatory agencies, or organisations such as the WHO. In these roles, you apply scientific expertise to improve population health, support policy development, and address societal challenges.
University medical centres and regional hospitals
Biomedical scientists can work in hospital or university medical centre laboratories, pathology departments, or medical engineering units. In these roles, you apply your expertise to support diagnostics, develop clinical applications, and contribute to improving patient care. These positions often involve close collaboration with clinicians and other healthcare professionals.
Research communication and journalism
Biomedical scientists can pursue careers in science communication, journalism, or publishing. In these roles, you translate complex scientific findings into accessible information for professionals, policymakers, stakeholders or the general public. This path allows you to strengthen public understanding of science and support informed decision-making in healthcare.
Granting agencies
Biomedical scientists can work as grant officers or consultants at national or international funding organisations. In these roles, you evaluate research proposals, support the allocation of resources, and help advance high-quality scientific projects. This career allows you to contribute to the development of biomedical research and the effective use of research funding.
(High School) Education
Biomedical scientists can work as science teachers, research specialists, or school principals. In these roles, you support and guide students, develop educational programmes, and help build strong foundations in biomedical sciences. This career allows you to contribute to quality science education and prepare students for their further studies.
Alumni stories
Bibi, technical service specialist at Medtronic
After obtaining a bachelor’s degree in Biometrics, Bibi Teeuwen was looking for a master with a focus on the nervous system and brain. This happened to be the same year that the master’s programme Biomedical Sciences added its sixth specialisation ‘Neuromodulation’.
Adrián, PhD-candidate at MERLN
Adrián Seijas Gamardo, PhD candidate at the “MERLN Institute for Technology-Inspired Regenerative Medicine” is developing new technology for the fabrication of more complex in vitro models.