About the job
JOIN OUR MISSION
At Proxima Fusion, we are on a transformative quest to revolutionize sustainable energy. Leveraging the pioneering W7-X stellarator and cutting-edge technological advancements, we are laying the groundwork for commercially viable fusion power facilities.
Our innovative approach to stellarator optimization, fueled by advanced computation and machine learning, is driving us to explore new frontiers in fusion technology. We are unlocking higher performance design parameters through high-temperature superconducting magnets.
To seize this monumental opportunity, we are assembling a team of exceptionally dedicated and passionate professionals committed to making extraordinary contributions, fundamentally reshaping energy technology globally.
YOUR ROLE
We are in search of a talented and driven Senior Plasma Physicist to become an integral part of our stellarator design team at Proxima Fusion. Your work will focus on the development of a net-energy stellarator, serving as a research and engineering platform on the journey towards a fusion power plant.
This position is vital to our mission to design, construct, and operate the device. As a Senior Plasma Physicist, you will spearhead the conceptualization and development of essential scientific analysis workflows while contributing to innovative research in magnetic confinement fusion.
Proxima Fusion is dedicated to disseminating its scientific findings to fast-track the entire fusion ecosystem, fostering transparent collaboration with academic partners, and building public trust in fusion energy.
WHY CHOOSE PROXIMA FUSION?
Engage with some of the most intricate technological challenges to deliver abundant, safe, and clean energy worldwide.
Collaborate and learn from a remarkable group of accomplished and motivated individuals.
Contribute your best work and enjoy the journey with us.
Demonstrate that significant achievements are possible in Europe when the best talent is assembled.
YOUR RESPONSIBILITIES
Define requirements and conceptualize designs for critical stellarator components, including heating systems and divertors.
Enhance and develop our physics and engineering simulation capabilities.
Collaborate with public institution partners to encourage innovation and knowledge sharing.
