Top Tech Jobs & Startup Jobs

Develop embedded control platforms for power electronic converters, including controller architecture, microcontroller, DSP and FPGA selection, real-time software, target-hardware debugging, testing and validation. Translate control requirements into deterministic implementations and collaborate with power electronics, electronics, mechanical, thermal and systems engineers. The role also explores improved embedded architectures and supports automated, hardware-in-the-loop and safety-critical testing approaches.

Designs and develops PCB-based electronics for power converters, including gate drivers, sensing, signal conditioning, protection, auxiliary power, and DC-link balancing circuits. Responsibilities span circuit architecture, component selection, simulation, schematic and PCB design, prototyping, laboratory testing, troubleshooting, verification, validation, and integration with power electronics, embedded software, mechanical, thermal, and systems engineering teams.

Lead the team responsible for the architecture, design, and integration of facility-wide monitoring and control systems for a commercial stellarator fusion plant. Own supervisory control software, telemetry, live monitoring, facility data infrastructure, functional safety strategy, physical infrastructure integration, control hardware R&D, and subsystem interface standards. Build high-performing teams and translate complex, safety-critical R&D into reliable operational systems.

Lead sourcing and supplier management for advanced manufactured, build-to-print components. Develop sourcing strategies, run RFIs/RFPs, negotiate contracts, industrialize suppliers, manage performance and risks, and collaborate with Engineering and Quality to ensure manufacture-to-specification, first-article qualification, and continuous procurement process improvement using digital tools and AI.

The Mechanical Design Engineer will design components for Proxima Fusion's SMC, develop prototyping and testing plans, and collaborate with suppliers on design improvements.

Design, develop, and maintain software platforms for stellarator simulation and design. Automate large-scale simulation workflows, manage cloud-based data storage, build web applications for collaboration and discovery, and integrate AI tools. Work closely with researchers to apply simulation tools, guide users, and co-develop applications that accelerate fusion R&D.

Own end-to-end multiphysics simulation pipelines for a commercial stellarator fusion power plant. Build finite-element and reduced-order models, integrate them with the software codebase, define engineering interfaces, run large-scale parameter studies, and validate load cases through benchmarking, analytical cross-checks, and experiments. The role informs hardware design decisions across plasma, magnets, structures, cryogenics, heating, and controls.

Provides administrative support to the Leadership Team by coordinating calendars, booking travel, arranging logistics, tracking expenses, preparing meeting documents, taking notes, and managing recurring internal meetings. The role requires strong organization, discretion, reliability, communication, flexibility, and proficiency with productivity tools in a fast-paced environment.

Develop and industrialize manufacturing processes for high-temperature superconducting magnet coils. Responsibilities include designing and validating tooling, fixtures, assembly sequences, work instructions, process controls, inspection methods, and quality systems. Lead prototype builds, NPI campaigns, process trials, root-cause analysis, supplier qualification, engineering change control, and the transition from prototype to serial production. Collaborate with design, materials, quality, supply chain, and test engineering teams in a high-precision manufacturing environment.

Own controls engineering for new magnet manufacturing equipment, including control architecture, Beckhoff PLC software, field networks, servo drives, HMIs, safety systems, commissioning, testing, troubleshooting, and documentation. Collaborate with mechanical, process, electrical, and manufacturing engineers to develop reliable automation solutions for coil winding, impregnation, joining, and end-of-line testing.