University of Tromsø

What you'll study

The programme is typically two years (120 ECTS) of advanced coursework and independent research, culminating in a master's thesis. Teaching focuses on molecular and cellular biology applied to human health and disease, combining theoretical lectures, practical laboratory training and project work.

• Core subjects: Advanced molecular biology, cell signalling, genetics and genomics, immunology and host–pathogen interactions.
• Methods and techniques: Next-generation sequencing and bioinformatics, quantitative PCR, protein biochemistry, mass spectrometry, advanced microscopy, flow cytometry and statistics for life sciences.
• Translational and clinical topics: Clinical biochemistry, biomarkers and diagnostic methods, pharmacology and personalised medicine approaches.
• Research training: Experimental design, scientific communication, research ethics and data handling, plus a substantial supervised master's research project carried out in UiT laboratories or affiliated clinical/research centres such as the University Hospital of North Norway.
• Optional specialisations: Depending on supervisors and course availability, students may focus on areas such as molecular pathology, neurobiology, immunology, or bioinformatics.

Entry requirements

Applicants normally need a relevant bachelor's degree in biomedicine, molecular biology, biotechnology, medicine, or an equivalent life sciences degree with sufficient coursework in chemistry and biology. Admission is competitive and based on academic transcripts, required prerequisite credits (often including biochemistry and molecular biology), and any documented laboratory experience.

International applicants must demonstrate English proficiency according to the university's standard requirements. Applicants should submit a CV and a personal statement; references and documentation of previous research experience are advantageous. Specific prerequisite courses and the exact documentation required should be confirmed on UiT's official admissions pages.

Career prospects

Graduates from the Master in Biomedicine are prepared for a variety of professional pathways. Many move directly into research roles in university laboratories, hospital laboratories or the pharmaceutical and biotechnology industries. Other common trajectories include clinical laboratory scientist positions, work in diagnostics and biomarker development, regulatory affairs, quality control, patent and technology transfer offices, science communication, and policy roles related to health and research.

The degree also provides the academic foundation required for admission to doctoral (PhD) programmes, which is a common route for students aiming at a career in independent research or academia.

Why study at University of Tromsø

UiT The Arctic University of Norway offers a distinctive research environment with close collaboration between the university and regional clinical institutions, notably the University Hospital of North Norway, providing access to clinical samples and translational research projects. The university is recognised for strengths in molecular medicine and Arctic health research, creating opportunities to work on questions relevant to northern populations and unique environmental contexts.

Students benefit from modern laboratory facilities, a mentoring culture with close supervision, and relatively small cohorts that support active participation in research groups. UiT’s collaborations with national research centres and industry partners also facilitate internships, cross-disciplinary projects and international exchanges.