Jobs at Exowatt

Lead balance-of-plant design and integration of Exowatt P3 modules into grid, behind-the-meter, and microgrid sites. Design transformers, switchgear, protection, and control strategies; perform power system modeling and protection coordination; support commissioning; ensure interconnection compliance and produce technical documentation while coordinating with EPCs, utilities, and customers.

Design, build, and operate optical test stands from bench to outdoor on-sun systems. Plan and run test campaigns, instrument and calibrate sensors, automate acquisition and analysis in Python, quantify uncertainty, compare measurements to raytrace models, and make systems agent-run capable. Lead safety, documentation, and iterate quickly between simulation and hardware to validate optical performance and reliability.

Design, build, align, and test optomechanical assemblies for solar tracker platforms. Hands-on CAD-to-prototype work using PTC Creo/SolidWorks, run FEA and hand calculations, instrument and commission test stands, troubleshoot electromechanical systems, and integrate AI agents for scripting and analysis. Collaborate across controls, software, and supply chain teams; present design reviews and maintain documentation.

Lead the design and validation of mechanical components for renewable energy systems, mentoring junior engineers and collaborating cross-functionally.

The Quality Engineer will oversee quality assurance in manufacturing and supply chain, qualify suppliers, manage non-conformance processes, and support new product introductions while ensuring reliable quality systems are established.

Lead the structural design and analysis of renewable energy systems, ensuring durability and compliance with engineering standards while mentoring junior engineers.

Join the Exowatt Talent Network for potential job opportunities in innovative renewable energy roles focused on AI infrastructure. Provide information about your skills and interests to stay engaged for new openings.

Design and implement control architecture for a scalable thermal energy storage system: develop PLC programs and embedded firmware, configure industrial communications, build CI/CD and HIL test benches, integrate EMS/SCADA, and support system integration and commissioning.

Lead design, analysis, prototyping, and testing of heat exchangers for high-temperature thermal energy storage systems. Perform CFD/FEA simulations, create manufacturing drawings, validate models by test, collaborate across disciplines, select materials, ensure compliance with relevant standards, and work with suppliers during development and deployment.

Lead structural design and analysis for stationary and moving renewable energy systems. Create FEA models, detailed drawings, material selections, and manufacturable designs. Collaborate with cross-functional teams, mentor junior engineers, interface with suppliers, ensure standards compliance, and troubleshoot structural issues during testing and deployment.