-Learn from experts to expand your engineering skillset and domain knowledge -Apply both engineering first-principles and method-based thinking to challenging problems -Fix hardware issues as they arise on integrated fusion generators
-Experience with 3D CAD software (e.g. NX, SolidWorks) and GD&T -Currently enrolled in a Bachelor’s degree in Mechanical Engineering or related field -GPA of 3.0 or above -Hands-on exposure to a variety of engineering disciplines (e.g. mechanical, electrical, fluids) -Ability to work full time, onsite in Everett, WA for a minimum of 12 consecutive weeks during summer 2026 -Learn from historical engineering approaches, design novel hardware, and test your solutions -Own and understand subsystem designs such as electromagnetic, structural, fluid, thermal, and control systems, and improve their requirements
-Interns receive a $5,000 stipend -$30 / hour
-Pursues a bold vision: taming the power of stars on Earth through fusion energy. -Develops magneto-inertial fusion technology, merging plasma at extreme speeds and capturing energy directly. -Pioneers in aneutronic fusion, recycling byproducts to generate helium-3, a sustainable fuel source. -Shifts from lab-scale to industrial-scale fusion with the Polaris device, supported by legal agreements. -Aims for rapid iteration with reactor designs capable of one pulse per second, enabling modular fusion systems.
Energy
Nuclear/Fusion
