University of Tromsø

What you'll study

The PhD in Science is a research-led programme focused on producing a doctoral thesis that makes an original contribution to knowledge within a chosen scientific discipline. Research areas at the University of Tromsø cover a broad range of fields including Arctic and polar sciences, marine biology and ecology, geosciences and glaciology, atmospheric and climate science, physics, chemistry, mathematics and statistics, and technology-related disciplines.

Programme structure typically includes:

• Independent, supervised research leading to a dissertation (majority of programme time).
• Coursework in advanced research methods, specialist topics relevant to the project, and courses in academic integrity, research ethics and scientific communication.
• Training in transferable skills such as project management, teaching, grant writing, and public engagement.
• Participation in seminars, research group meetings and international conferences; opportunities for fieldwork and lab-based experimental work depending on project needs.
• Annual progress reviews and an evaluation by an appointed doctoral committee; a public oral defence of the thesis on completion.

Typical modules and subject matter vary with the research project but may include advanced statistics and modelling, molecular and ecological laboratory techniques, remote sensing and GIS, oceanographic instrumentation, climate data analysis, materials characterisation, and numerical methods in physics and engineering.

Entry requirements

Admission normally requires a relevant master's degree or equivalent qualification with documentation of academic performance and training appropriate to doctoral research. Applicants are generally expected to provide:

• A research proposal outlining the intended doctoral project, objectives and methodology.
• A confirmed supervisor or evidence that an academic at the university has agreed to supervise the project.
• Academic transcripts and a CV detailing education and research experience, plus references from academic referees.
• Evidence of English language proficiency if previous higher education was not in English; some projects may require Norwegian proficiency depending on fieldwork and teaching duties.
• Information on funding: applicants typically secure a funded PhD position (employee position or scholarship) or demonstrate available funding for the period of study.

Additional requirements can include a portfolio of research publications or prior research experience for competitive projects, and compliance with national doctoral regulations. Specific departmental requirements and application procedures should be checked with the relevant faculty at the University of Tromsø.

Career prospects

Graduates with a PhD in Science from the University of Tromsø go on to careers in academia, research institutes and government agencies, particularly those focused on Arctic and marine issues. Common pathways include:

• Postdoctoral research positions and academic posts (lecturer, researcher, professor) at universities and colleges.
• Research scientist roles in national and international research institutes, environmental agencies, and observatories.
• Positions in industry such as environmental consultancy, fisheries and aquaculture technology, oil and gas consultancy, renewable energy, and resource management.
• Policy and advisory roles within government, regional authorities and non-governmental organisations addressing climate, environment and natural resource challenges.
• Science communication, data science, and technical specialist roles in private and public sectors, leveraging analytical and project-management skills developed during the doctorate.

Why study at University of Tromsø

The University of Tromsø (UiT) is internationally recognised for research on the Arctic and polar regions, offering unique opportunities for fieldwork and collaborations with national research institutes and networks. Its geographic location provides direct access to Arctic marine and terrestrial environments, which benefits researchers studying climate change, marine ecosystems, glaciology and related disciplines.

UiT provides modern laboratory facilities, ship and field infrastructure through partnerships and centre collaborations, and an interdisciplinary research environment that encourages cross-cutting projects. The university hosts a diverse international academic community and supports doctoral candidates with structured doctoral training, mentoring, and career development services. These features make UiT particularly attractive for candidates seeking to undertake high-impact, place-based science with international relevance.