About the job
WHO WE ARE
At Proxima Fusion, we are on a mission to revolutionize the future of sustainable energy. Our innovative approach, leveraging the advanced W7-X stellarator and cutting-edge technology, is setting the foundation for commercially viable fusion power plants.
Our research in stellarator optimization, enhanced by state-of-the-art computation and machine learning, is leading us into new frontiers of fusion technology. We are unlocking new high-performance design points through the application of high-temperature superconducting magnets.
To seize this tremendous opportunity, we are assembling a team of dedicated and passionate individuals who are committed to driving extraordinary advancements and transforming technology for the betterment of the world.
WHY JOIN PROXIMA FUSION
You will tackle some of the most intricate technological challenges aimed at delivering abundant, safe, and clean energy globally.
You will have the opportunity to collaborate and learn from a remarkable group of accomplished and driven professionals.
Engage in meaningful work and enjoy a rewarding journey.
Demonstrate that great achievements are possible in Europe when the best talents unite.
YOUR IMPACT
We are looking for motivated bachelor’s or master’s STEM students to join our dynamic team. This full-time, paid internship provides you with hands-on experience in the development of our cutting-edge stellarator simulation platform, guided by experienced software engineers.
As an intern, you will become part of our mission-driven team in Munich, addressing real, technically challenging tasks that expedite our journey towards clean, abundant fusion energy. This role is not theoretical; you will directly contribute to the design and development of the platform utilized for our net-energy stellarator, Alpha. Interns are integrated as junior team members from day one—expected to think critically, write production-quality code, and collaborate across various disciplines.
WHAT YOU WILL DO
Become a vital member of our simulation platform development team.
Enhance the user experience of web applications allowing our researchers to efficiently engage with our simulation pipelines.
Support in the construction and maintenance of the entire stack for our stellarator design and simulation.

