Master thesis research on fusion power plant development within interdisciplinary project teams at a large-scale scientific institute. Solid physics background and specific interest in mechanics or materials technology required. Flexible working hours, on-campus sports activities, and canteen access.

Research on ASDEX Upgrade tokamak or Wendelstein 7-X stellarator at fusion research center. Completed Master's degree in physics with strong plasma background required. Public sector pension scheme and discounted public transport tickets.

You will advance fusion research by optimizing magnetic geometries for a next-generation stellarator, focusing on divertor performance and plasma physics to bridge the gap toward a future power plant.

You will shape the future of fusion research by leading a world-class division at W7-X, where you'll enjoy full scientific autonomy while fostering global partnerships and mentoring a high-performing team.

You will drive the design of a next-generation stellarator by using EMC3-Eirene simulations to optimize divertor performance and deepen the understanding of plasma physics at the plasma edge.

In this role, you will conduct high-level research into biomaterial incompatibility using state-of-the-art technologies. You'll bridge immunology and materials science to improve clinical outcomes.