About the job
About Fuse
At Fuse, we are dedicated to pioneering the transition to fusion energy, a sustainable solution for the future. Our flagship product, TITAN, is an Impedance Matched Marx Generator (IMG) that stands as the most efficient and powerful machine of its kind globally. With our innovative advancements, including the Magical Unicorn and FAETON I pulsed power generators, we are setting new standards in energy technology. Joining our team means being part of an early-stage company where you will wear multiple hats and take ownership of your projects. We strive to make a significant impact on the world through hard work and dedication. This is not just a job; it’s a mission to create meaningful change.
About the Role
We are looking for a highly skilled and enthusiastic Computational Physicist to join our dynamic team. In this role, you will apply your knowledge of physics, mathematics, and computational techniques to develop models and simulations that investigate complex physical systems and phenomena. Your contributions will be pivotal in advancing fields such as materials science, energy, aerospace, or quantum computing, tailored to the company’s strategic focus.
Key Responsibilities
Design and execute simulations for pulsed power systems utilizing MHD, PIC, and circuit models.
Adapt and refine Screamer circuit code to facilitate high-voltage pulse generation and delivery modeling.
Perform magnetohydrodynamic (MHD) simulations to analyze plasma dynamics in fusion and Z-pinch configurations.
Implement and interpret particle-in-cell (PIC) simulations for plasma interactions and beam dynamics.
Model impedance matching in Marx generators and evaluate energy coupling in plasma loads.
Collaborate with experimental teams to validate models and enhance system performance.
Create custom computational tools and optimize existing codes for high-performance computing (HPC).
Analyze large datasets to extract insights and present findings in clear, concise reports.
Develop software tools and algorithms aimed at optimizing simulation processes and enhancing computational efficiency.
Stay informed on advancements in computational methods, programming languages, and physical theories to apply cutting-edge methodologies to projects.
Contribute to academic publications, technical reports, and presentations, sharing results with internal teams and external collaborators.
Provide technical mentorship to junior team members, fostering their professional development.

