The Department of Physics at the Norwegian University of Science and Technology (NTNU) invites applications for a PhD Candidate position in Materials Physics, embedded within the SFI FAST (Future Aluminium Structures) research centre. This 3-year doctoral fellowship focuses on the study of phase formation, microstructure evolution, and casting defects in high-pressure die casting of recycled aluminium alloys. The research aims to advance the science of future alloys and support Europe’s transition to greener, more circular metal manufacturing.

The successful candidate will join the solidification research activities of SFI FAST, collaborating closely with NTNU, SINTEF, and a consortium of 16 leading industrial partners across the aluminium value chain. The project involves using advanced experimental techniques, including X-ray imaging, scattering, and electron microscopy, to investigate porosity, intermetallic inclusions, solute segregates, and distributions in aluminium alloys containing significant fractions of post-consumer scrap. Both in-situ and ex-situ studies of evolving microstructures and final as-cast components will be performed.

Key research tasks include developing high-throughput data analysis methods, studying the impact of alloy composition and process parameters on structural integrity, and providing input for alloy design and processing strategies. The scientific challenge is to manage increased chemical impurities from recycled material and optimize processing parameters to ensure the structural integrity of cast components meets end-user requirements.

SFI FAST is a national Centre for Research-based Innovation funded by the Research Council of Norway and the aluminium industry, running from 2026 to 2033. The centre integrates materials science, manufacturing processes, product and structural design, and lifecycle performance, aiming to enable large-scale use of post-consumer scrap aluminium in high-value, structural, and safety-critical products. The FAST Virtual Lab, a digital framework combining experimental data, physics-based models, and data-driven methods, will support design and manufacturing decisions across aluminium value chains.

Applicants must hold a relevant Master's degree in Physics, Nanotechnology, Materials Science, or equivalent, with strong academic performance (B or better on NTNU's grading scale). Experience with experimental work, basic programming skills, and proficiency in English are required. Preferred qualifications include expertise in X-ray imaging, diffraction, electron microscopy (especially TEM), knowledge of metal processing and solidification microstructure formation, industrial problem-solving experience, and data analysis skills. Admission to the PhD programme in Physics within three months of employment is mandatory.

The position offers a gross salary of NOK 550,800 per annum for three years, with a 2% statutory contribution to the State Pension Fund, and access to employee benefits. The employment is full-time and based in Trondheim, Norway, with favourable terms as a member of the Norwegian Public Service Pension Fund. The research environment is international, innovative, and closely connected to SINTEF and the aluminium industry, providing training and access to state-of-the-art instruments at international research facilities and the TEM Gemini Centre/NORTEM Trondheim node.

NTNU values diversity and aims to reflect societal diversity in its workforce. The university encourages applications from candidates of all backgrounds and offers measures to promote equality. The city of Trondheim provides a vibrant cultural scene, excellent welfare services, and opportunities for education, nature, and family life.

To apply, submit your application and required documents electronically via Jobbnorge.no by 31 March 2026. For further information, contact Professors Ragnvald Mathiesen or Randi Holmestad. The position is conditional on external funding and requires physical presence at NTNU.