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Exowatt

Test Engineer - Solar Simulator

Miami, FLfull-timemidAdded 1 month ago

About this role

Exowatt seeks a Test Engineer to operate and manage a solar simulator system, conducting characterization and validation testing for their innovative thermal energy storage and power generation platform. You'll generate critical data that directly influences product design decisions for next-generation AI infrastructure power solutions.

What you'll do

  • Operate and maintain the solar simulator system on a daily basis
  • Design and execute characterization tests for thermal and electrical performance
  • Conduct validation testing to verify system specifications and design requirements
  • Analyze test data and document results for engineering teams
  • Troubleshoot equipment issues and optimize testing procedures
  • Collaborate with product development teams to inform design iterations

What they're looking for

  • Test equipment operation and calibration
  • High-temperature systems expertise
  • Optics and solar simulation knowledge
  • Data analysis and technical documentation
  • Problem-solving and troubleshooting
  • Hardware testing and characterization
  • Attention to detail and precision

Benefits

  • Relocation assistance provided
  • Work with cutting-edge renewable energy technology
  • Direct impact on product development
  • Hands-on role with advanced hardware systems
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Exowatt

Exowatt builds an innovative solar-thermal-electric P3 platform for thermal energy storage and power generation designed to support AI infrastructure demands. The company is hiring Power Systems Engineers, Test Engineers, Quality & Reliability Engineers, and Electrical Engineers to develop and validate advanced power conversion technologies and grid interconnection systems.

View all jobs at Exowatt

Likely interview questions

  • Walk us through your experience operating and maintaining specialized testing equipment, particularly with high-temperature or high-flux systems.
  • Describe a time when you identified a problem with test data that led to a design change. How did you communicate your findings to the engineering team?