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Master Thesis: Hydrogen trapping and redistribution in martensitic high-str
Swerim
We are looking for a motivated Master’s student to join the AITHOS project, AI-based Trapping characterisation & Hydrogen Odelling in Steels. Hydrogen embrittlement is a major challenge for high-strength steels. One strategy to improve hydrogen resistance is to engineer
Luleå, Sverige
Published at 29 Sep, 2026
Technical occupations
Master Thesis: Recycled aluminium in battery casing application – microstru
Swerim
This master thesis is part of the Net Zero Impact Innovation-funded BAALSCRAP project (BAttery casings from ALuminum alloys with low carbon emissions produced from SCRAP), which aims to enable the production of battery cell housings from recycled aluminum scrap and thereby s
Luleå, Sverige
Published at 28 Sep, 2026
Technical occupations
Master Thesis: AI for Real-Time Microstructure Monitoring Using Laser Ultra
Swerim
Project Description Background  Laser Ultrasonics (LUS) is a powerful non-contact technique for in-situ characterization of metallic materials at elevated temperatures. In hot strip mill environments, LUS enables real-time monitoring of grain size evolution through analysis
Luleå, Sverige
Published at 22 Sep, 2026
Technical occupations

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