Theme I – System Change
Process Modelling Towards Green Steel Production by 2050
University: TU Delft
Position: PhD
Contact: Dr. Mar Pérez-Fortes, m.d.m.perez-fortes@tudelf.nl; Prof.dr.ir. Wiebren de Jong, wiebren.dejong@tudelft.nl
Deadline: 7 November 2025
Theme II – Production
Sustainable Ironmaking: Hydrogen-based Direct Reduction of Iron Oxides
University: TU Delft
Position: PhD
Contact: Dr. Ing. Yan Ma, yan.ma@tudelf.nl
Deadline: 30 November 2025
Theme III – Processing
Multi-scale modelling of martensitic and diffusive transformations in green steels
University: University of Groningen
Position: PhD
Contact: Prof. Francesco Maresca, F.Maresca@rug.nl
Deadline: 30 November 2025
Theme IV – Use
No vacancies at this moment
Theme V – Recovery
Sustainable Additive Manufacturing from Recycled Stainless Steel
University: TU Delft
Position: PhD
Contact: Vera Popovich, v.popovich@tudelft.nl
Deadline: 19 November 2025
Metallurgical Model of Scrap Metal Streams
University: TU Delft
Position: PhD
Contact: dr. Kevin Rossi, k.r.rossi@tudelft.nl
Deadline: 19 November 2025
Expected soon
Theme I – System Change
Techno-economic and environmental assessment in the production of highperformance
steel
Mission-oriented Innovation System analysis for green steel
Scenarios for orchestrating green steel technology ecosystem design
Theme II – Production
Production of H2-DRI for optimal chemical composition and smelting behavior
Model solid pile behaviour: Framework Running Delivery
Theme III – Processing
Strategies to minimize the harmful effects of tramp elements in multiphase
microstructures containing martensite and bainite
Theme IV – Use
Estimating the mechanical material properties of reclaimed steel in the built environment
University: Technical University Eindhoven
Position: Postdoc
Contact: Johan Maljaars, j.maljaars@tue.nl
Database of fatigue performance of steels (DRI+EAF) for certification in construction based on non-destructive testing
No vacancies at this moment
Theme V – Recovery
Desulphurisation of steel
Characterization and optimization of powders produced from sustainable
recycled feedstock
University: Technical University Eindhoven
Position: PhD
Contact: Giulia Finotello, g.finotello@tue.nl
