The PhD programme in Natural Science at the University of Tromsø (UiT) is a research-driven doctoral degree for candidates who want to advance knowledge across disciplines such as biology, chemistry, physics, geosciences and environmental science, with particular strength in Arctic and polar research. It suits graduates with a strong master’s-level research background who seek training in independent research, publication, teaching and interdisciplinary collaboration in an Arctic context.
The PhD in Natural Science is a research-led programme centred on an independent doctoral project supervised by one or more faculty members. Candidates work on original research that culminates in a publicly defended doctoral thesis (either monograph or cumulative thesis of peer-reviewed papers). The programme typically includes a combination of advanced subject-specific training and formal courses in research methodology, statistics, scientific writing and ethics. Many projects emphasise Arctic-relevant themes such as climate change impacts, polar biology and ecology, marine and freshwater systems, cryosphere processes, geochemistry, atmospheric science, and applied environmental technology.
Typical academic components include:
Applicants must normally hold a relevant Master's degree (or an international equivalent) with a strong research component. Admission is based on academic qualifications, the quality and feasibility of the proposed research project, demonstrated research potential, and the availability of qualified supervisors and satisfactory funding. Practical requirements and documents typically include:
Additional local requirements may apply depending on the faculty or discipline. Candidates are encouraged to contact potential supervisors and the relevant department at UiT early to discuss project fit and available supervision.
Graduates of the PhD programme in Natural Science pursue a wide range of careers in academia, public research institutes, industry and the public sector. Common paths include:
UiT is the Arctic University of Norway and offers a distinctive research environment for natural scientists interested in polar and high-latitude processes. The university has strong, interdisciplinary research groups and infrastructure for fieldwork, including access to coastal and inland field stations, cryosphere facilities and modern laboratory suites. Collaborative centres and networks connect UiT researchers with national institutes and international partners, enabling large-scale projects and mobilities.
Studying at UiT provides opportunities to work at the interface of natural science and societal challenges such as climate change, sustainable resource use and indigenous knowledge integration. The university supports international researchers, offers structured doctoral training and emphasizes transferable skills to prepare graduates for diverse career paths.
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