About the job
WHO WE ARE
At Proxima Fusion, we are on a transformative journey to revolutionize sustainable energy. Our innovative approach, leveraging the pioneering W7-X stellarator and the latest technological advancements, aims to pave the way for commercially viable fusion power plants.
Our efforts in stellarator optimization, powered by state-of-the-art computation and machine learning, are driving us to explore new frontiers in fusion technology. By utilizing high-temperature superconducting magnets, we are unlocking new high-performance design parameters.
To seize this monumental opportunity, we are assembling a team of passionate and dedicated individuals who are committed to achieving extraordinary outcomes and radically transforming global technology.
WHY JOIN PROXIMA FUSION
Engage with some of the most intricate technological challenges to deliver abundant, safe, and clean energy globally.
Collaborate and learn from a distinguished team of accomplished and motivated professionals.
Make a significant impact through your work and enjoy the journey.
Demonstrate that remarkable achievements are possible in Europe by bringing together top talent.
YOUR IMPACT
As a Microwave Design Engineer, you will contribute to the development of millimeter wave hardware that acts as the ignition source for fusion plasma, raising its temperature to over 100 million degrees. Join our team to enhance microwave modeling and play a pivotal role in the thermo-mechanical design of high-power components. Additionally, you will assist in building and testing these microwave RF components in the laboratory before their large-scale installation on our scientific breakeven Alpha stellarator.
WHAT YOU WILL DO
Provide innovative solutions to complex microwave radiofrequency engineering challenges through collaboration with physicists to ensure component designs adhere to Alpha plasma physics and thermal-mechanical constraints.
Develop and evaluate designs from vendors to identify the most efficient approach for delivering power to the stellarator, thereby reducing the input power denominator that limits fusion power plant gain (Q=Pout/Pin) and minimizing costs.

