Top Tech Jobs & Startup Jobs

The Supervisor of Capacitor Manufacturing R&D leads the execution of capacitor development, oversees engineering technicians, manages R&D builds, and ensures safe, accurate, and efficient manufacturing processes while enforcing quality standards.

Lead mechanical hardware design for fusion devices, grow and mentor a team of engineers, and manage complex engineering projects to optimize performance and reliability.

The role involves designing, testing, and troubleshooting high-voltage power systems, overseeing electrical system procurement and construction, mentoring engineers, and ensuring rigorous project delivery.

The Principal Electrical Engineer will design and optimize high-power electrical systems for Helion's fusion generators, ensuring effective energy delivery and supporting system commissioning.

Support core energy management systems for fusion generators. Design and optimize high-power electrical systems, ensuring reliability and efficiency. Mentor engineers and lead collaborative design efforts.

The Senior Multiphysics Simulation Engineer will enhance analysis workflows, run multiphysics models, collaborate on hardware designs, and build software tools for fusion energy projects.

Design detailed 3D models and production drawings using NX, manage upper-level assemblies and BOMs, collaborate with engineers, conduct design reviews, and apply GD&T and DFM principles to validate manufacturable mechanical and structural designs.

The Procurement Specialist will manage sourcing hardware, equipment, services, and software. Responsibilities include creating purchase orders, resolving discrepancies, and implementing procurement processes.

The R&D Engineer will operate and advance pulsed-fusion devices, ensuring safe and reliable experiments, system readiness, and continuous improvement of machine performance.

Develop and validate physics‑grounded ML models (differentiable physics, PINNs, surrogate models) linking simulation outputs to experimental diagnostic signals. Integrate ML with simulation and experimental pipelines, reproduce experimental plasma conditions, analyze and visualize results, collaborate with plasma and pulsed‑power experts, and communicate technical findings.