Fully Funded PhD Fellowship in Pharmaceutics and Nanofiber Wound Dressings – UiT, Norway

UiT The Arctic University of Norway is offering a funded PhD fellowship in Pharmaceutics, with a research focus on drug delivery and nanofiber wound dressings. The position is based in Tromsø and is suitable for candidates interested in pharmaceutical technology, biomaterials, nanomedicine, drug formulation, wound healing, and biomedical engineering.

The project is particularly relevant to applicants with a master’s degree in pharmacy, pharmaceutics, pharmaceutical sciences, biomedical engineering, chemistry, biotechnology, materials science, or a related field. The research combines formulation science and material development with biomedical evaluation of advanced wound-dressing systems.

Position Details

• Position: PhD Fellow in Pharmaceutics

• University: UiT The Arctic University of Norway

• Department / field: Pharmaceutics / pharmaceutical technology

• Location: Tromsø, Norway

• Research focus: Drug delivery, nanofiber wound dressings, pharmaceutics, biomaterials, wound healing

• Contract: Full-time PhD fellowship

• Duration: Normally three years; some UiT PhD appointments may extend to four years when teaching or other duties are included

• Funding: Funded doctoral fellowship with salaried employment

• Salary: Approximately NOK 580,000 per year, according to the aggregated listing

• Application deadline: 4 September 2026, according to the aggregated listing; verify the live UiT or Jobbnorge announcement before applying

Research Focus

Chronic and difficult-to-heal wounds require treatment systems that can maintain a suitable local environment, deliver therapeutic agents in a controlled manner, and support tissue repair. Nanofiber wound dressings are promising because their architecture can mimic aspects of the extracellular matrix while enabling the incorporation and controlled release of active pharmaceutical ingredients.

The PhD project is expected to investigate how nanofibrous materials can be designed and engineered for pharmaceutical and wound-care applications. Depending on the official project plan, the research may include:

• Formulation of drug-loaded nanofibers.

• Electrospinning or related nanofiber-fabrication techniques.

• Polymer selection and optimization.

• Controlled drug-release studies.

• Physicochemical characterization of fibers and formulations.

• Mechanical, thermal, morphological, and surface characterization.

• Stability and degradation analysis.

• In vitro evaluation of biocompatibility and wound-healing performance.

• Optimization of material properties for specific therapeutic goals.

The project may involve collaboration across pharmaceutics, pharmaceutical technology, biomaterials, microbiology, cell biology, and clinical or translational research.

Eligibility and Skills

Applicants should normally hold a master’s degree or equivalent in a relevant subject. Suitable academic backgrounds may include:

• Pharmacy or pharmaceutical sciences.

• Pharmaceutics and pharmaceutical technology.

• Biomedical engineering.

• Biotechnology or bioengineering.

• Chemistry or polymer chemistry.

• Materials science and engineering.

• Chemical engineering.

• Biology or a related biomedical discipline.

Useful preparation may include experience with:

• Drug formulation and delivery systems.

• Nanofiber fabrication or electrospinning.

• Polymer synthesis or hydrogel formulation.

• Microscopy and spectroscopy.

• Dissolution and drug-release testing.

• Cell culture and biological assays.

• Microbiological testing or antimicrobial evaluation.

• Mechanical testing and material characterization.

• Scientific programming and quantitative data analysis.

The precise degree requirement may be stricter if the project is designed primarily for applicants with pharmacy or pharmaceutics training. Candidates should carefully review the official vacancy text and demonstrate how their previous research aligns with drug delivery and wound-dressing development.

Funding and Benefits

The position is advertised as a funded PhD fellowship with a salary of approximately NOK 580,000 per year. UiT doctoral fellows are normally employed full time and receive a salary rather than relying on personal funding for doctoral study.

UiT states that a PhD programme requires funding for the full study period. The standard PhD programme is three years and consists of 180 ECTS: normally 30 ECTS of organized training and 150 ECTS for the doctoral research project, thesis, trial lecture, and defence.

Some PhD fellow appointments may last three years, while others extend to four years when teaching and other duties are assigned. Applicants should verify the exact contract period, salary progression, pension, leave, insurance, relocation support, and other employment conditions in the official vacancy announcement.

Why Apply?

This PhD is attractive for candidates who want to develop advanced drug-delivery systems with clear biomedical and translational relevance. The research may contribute to:

• Treatment of chronic and acute wounds.

• Localized and controlled drug delivery.

• Antimicrobial wound-care materials.

• Tissue regeneration and repair.

• Bioactive scaffolds and extracellular-matrix-inspired materials.

• Personalized wound-management strategies.

• Advanced pharmaceutical formulations.

The project may also suit biomedical engineers working on tissue mechanics, mechanobiology, medical imaging, or computational modelling. Experience with finite-element analysis, multiphysics modelling, poroelasticity, viscoelasticity, image analysis, or physics-informed machine learning could be valuable for studying drug transport, swelling, deformation, degradation, or material–tissue interactions.

UiT Doctoral Environment

UiT The Arctic University of Norway offers doctoral education across science, technology, health sciences, biosciences, fisheries and economics, humanities, social sciences, law, and nautical operations. Doctoral fellows become members of an organized PhD programme and participate in research training alongside their individual project.

The doctoral experience may include:

• Research supervision and individual progress planning.

• A 30-ECTS training component.

• Courses in research methods, ethics, statistics, and scientific communication.

• Research-group seminars and journal clubs.

• Conference participation and international collaboration.

• Teaching or other academic duties where included in the contract.

• Thesis preparation, trial lecture, and public defence.

Tromsø provides an international research environment with particular strengths in Arctic research, marine science, health, biotechnology, pharmacy, and interdisciplinary technology development.

How to Apply

Applicants should apply through the official UiT or Jobbnorge vacancy portal. Search for the exact title “PhD Fellow in Pharmaceutics” and confirm that the project concerns drug delivery and nanofiber wound dressings.

A typical application package may include:

• Curriculum vitae.

• Motivation letter.

• Degree certificates and academic transcripts.

• Master’s thesis or thesis abstract.

• Documentation of relevant laboratory and research experience.

• Publication list, if applicable.

• Contact details for academic referees.

• Any additional documents requested in the electronic application system.

The motivation letter should explain why the candidate is interested in pharmaceutics and nanofiber wound dressings. Applicants should describe specific experience with drug delivery, biomaterials, formulation, cell culture, microscopy, spectroscopy, mechanical testing, or related methods.

Candidates from biomedical engineering or computational backgrounds should clearly explain how their skills complement the experimental and pharmaceutical aspects of the project. For example, modelling drug transport or scaffold mechanics can be presented as a direct contribution to formulation optimization and wound-healing research.

Application Link

Apply through UiT’s official doctoral and employment channels:

UiT – PhD at UiT

UiT – Available positions

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