Hasselt University

What you'll study

The programme builds advanced competence in molecular and cellular biology, physiology, pathology and experimental techniques used in modern biomedical research. Core study areas typically include molecular biology, cell signalling, immunology, neurobiology, pharmacology, translational medicine and experimental design.

Teaching combines advanced seminars, practical laboratory courses and a substantial research project (master's thesis). Typical modules and components are:

• Advanced Molecular and Cellular Biology – gene expression, protein function, cell communication and techniques such as PCR, western blotting and microscopy.
• Immunology and Host Defence – innate and adaptive immunity, inflammation and laboratory assays used in immunological research.
• Pathophysiology of Disease – mechanisms underlying major disease groups (metabolic, cardiovascular, neurodegenerative and cancer).
• Pharmacology and Drug Discovery – principles of pharmacodynamics/pharmacokinetics and preclinical development methods.
• Bioinformatics and Biostatistics – data analysis approaches for genomics, proteomics and experimental data interpretation.
• Laboratory Practicals and Technique Courses – hands‑on training in cell culture, imaging, flow cytometry and molecular assays.
• Research Project / Master's Thesis – an extended laboratory or translational research project conducted under academic supervision, often in collaboration with university research groups or regional partners.

Students may be able to select optional modules or specialise through elective choices and the focus of their thesis, enabling pathways towards basic biomedical research, clinical translation or applied biotechnology.

Entry requirements

• A recognised bachelor’s degree in biomedical sciences, biology, biotechnology, biochemistry or a closely related field. Applicants with strong backgrounds in relevant life‑science disciplines will also be considered.
• Demonstrable academic preparation in core subjects such as cell and molecular biology, physiology and biochemistry.
• Evidence of laboratory experience is often expected (practical coursework, internships or research project experience).
• Academic transcripts and a motivation statement outlining research interests and suitability for a research‑oriented master’s programme.
• Proof of language proficiency where required: applicants must demonstrate competence in the language of instruction (the university will specify whether proof of English or Dutch proficiency is needed depending on the programme delivery).
• References or letters of recommendation may be requested, particularly for research‑track applicants; applicants with non‑standard backgrounds might be invited for an interview.

Career prospects

Graduates from the Master of Biomedical Sciences are well placed for roles in academic research, pharmaceutical and biotechnology companies, clinical laboratories and public‑sector research institutes. Common career pathways include:

• PhD study and academic research positions, continuing in university labs or research centres.
• Research and development roles in the pharmaceutical and biotech industry, including assay development, preclinical testing and translational research.
• Clinical and diagnostic laboratory careers, subject to any national professional licensing where applicable.
• Positions in medical technology and life‑science companies, including product development and technical support.
• Regulatory affairs, quality control/assurance and clinical research coordination in healthcare and industry settings.
• Science policy, communication and technical consultancy roles that value a strong biomedical background.

Why study at Hasselt University

Hasselt University offers a compact, research‑intensive environment with active life‑science research groups and close links to regional hospitals, research institutes and the local biotech sector. The small cohort sizes enable close supervision for laboratory training and the master’s thesis, while interdisciplinary collaborations are encouraged across molecular medicine, imaging and data‑driven biology.

Students benefit from modern laboratory facilities and opportunities to work within translational projects or partner organisations in the Limburg region. The programme emphasises hands‑on technique training, experimental design and critical analysis—preparing graduates for immediate entry into research roles or further doctoral study.