Computational Plasma Research Summer 2027 Intern

Helion is a fusion power company based in Everett, WA, building the world's first fusion power plant. The computational research team works with multiple plasma simulation codes to simulate and analyze Helion's fusion machines and test beds, with the goal of developing predictive computational capabilities derived from first principles, validated against experimental data across multiple FRC merging devices, to inform next-generation fusion machine design.

Responsibilities

Use Helion's computational suite of tools to study a particular aspect of the machine, which could include FRC formation, translation, merging, or compression; Work with your team and mentor to develop a simulation study and develop a set of results; Develop a report and present your findings to the broader research team at Helion

Requirements

Ability to work full time, onsite in Everett, WA for a minimum of 12 consecutive weeks during summer 2027; Currently pursuing a PhD in Physics, Aerospace Engineering, or a related field, with relevant experience in plasmas; Must be able to complete their PhD program and commence full-time employment no later than June 2028; GPA of 3.0 or above; Experience working with plasma simulation codes (e.g. PIC, Vlasov codes, MHD); Experience doing research in a team environment; Scripting and analysis in Python, C++ or MATLAB