- Location
- Munich
- Type
- Full-time
- Department
- Stellarator Design
- Source
- Ashby
Skills
PythonJuliaMachine Learning
Benefits
Work on some of the most critical physics challenges that govern the conceptual viability and optimal performance of steady state fusion reactors.Advance the next generation of edge transport physics models (including turbulent transport characterisation, drift effects, and impurity migration) required for reactor-relevant stellarator exhaust solutions.Apply state-of-the-art numerical models directly to hardware design decisions with reactor-scale impact.Contribute to the European initiative leading the critical path to a fusion power plant.Work alongside talented, mission-driven experts in a supportive, ambitious environment that is building real devices, not just reactor concepts.