The Norwegian University of Science and Technology (NTNU) is offering a fully funded PhD position in the Department of Materials Science and Engineering, located in Trondheim, Norway. This opportunity is part of the National Research Center for Zero Emissions Metal Production (FME ZeMe) and focuses on the modelling of electrochemical gas evolution in aluminium electrolysis processes, specifically the Hall-Héroult process. The project aims to develop advanced mathematical models for the anode processes in aluminium electrolysis cells, with a particular emphasis on bubble evolution and the 'anode effect.' The research will utilize the open-source simulation platform OpenFOAM to achieve improved understanding of these phenomena and their impact on cell performance and operation.

The successful candidate will join a vibrant research environment, collaborating with other PhD candidates, industry professionals, and academic experts within FME ZeMe. The main supervisor is Professor Ann Mari Svensson (NTNU), with co-supervision from Senior Researcher Kristian E. Einarsrud and Researcher Kurian J. Vachaparambil (both from SINTEF). The position offers integration into the Electrochemical research group at IMA and active participation in national and international workshops and conferences.

Applicants must hold a relevant master’s degree in Chemistry, Chemical Engineering, Physics, Materials Science, Applied Mathematics, or equivalent, corresponding to a five-year Norwegian course with 120 credits at the master’s level. Master students may apply but must complete their degree before starting. A strong academic record (B or better on the NTNU scale) is required, and candidates with weaker grades may be considered if they demonstrate particular suitability for PhD studies. Additional requirements include proficiency in English, a solid theoretical background in electrochemistry, experience with applied mathematical modelling (especially numerical solutions of partial differential equations), and familiarity with programming languages/tools such as Python, C, Matlab, or OpenFOAM. Preferred qualifications include experience with numerical modelling, knowledge of aluminium production in Hall-Héroult cells, and scientific writing skills. Personal qualities such as independence, motivation, flexibility, and constructive feedback are highly valued.

The position is fully funded, offering a gross annual salary of NOK 550,800 for three years, with a 2% statutory contribution to the State Pension Fund. Additional benefits include membership in the Norwegian Public Service Pension Fund and free basic Norwegian language training (A2 level). NTNU provides a supportive, inclusive, and diverse working environment, with a strong commitment to equality and professional development. The employment is conditional on external funding and requires physical presence at the institution in Trondheim.

To apply, candidates must submit their application electronically via Jobbnorge.no, including transcripts and diplomas, CV, master’s thesis or draft, a motivation letter, relevant publications, and contact information for at least two referees. All documents should be in Norwegian, a Scandinavian language, or English. Certified copies of certificates and diplomas may be requested during the interview process. The application deadline is January 25, 2026.

For further information about the position, contact Professor Ann Mari Svensson ([email protected]) or Senior Researcher Kristian E. Einarsrud ([email protected]). For recruitment process inquiries, contact HR consultant Marie Kristiansen ([email protected]).

NTNU is Norway’s leading institution for materials engineering, materials chemistry, and materials science, driving innovation and supporting the green shift in collaboration with industry. The city of Trondheim offers a high quality of life, excellent welfare services, and a rich cultural and natural environment, making it an attractive location for international researchers.