Skip to main content

Exowatt

Power Systems Engineer - EMT Modeling/Simulation & Test Validation

Miami, FLfull-timemidAdded 1 month ago

About this role

Exowatt is seeking a Power Systems Engineer to join its innovative team focused on transforming the energy sector. The role involves modeling complex power systems and testing advanced power conversion technologies to ensure their reliability and efficiency.

What you'll do

  • Develop and maintain power system models
  • Analyze complex electrical dynamics
  • Design test strategies for power conversion systems
  • Execute validation for real-world hardware behavior
  • Collaborate with the systems study team
  • Simulate electrical grid dynamics

What they're looking for

  • Power electronics knowledge
  • Experience with transient analysis
  • Modeling and simulation expertise
  • Strong analytical skills
  • Team collaboration
  • Technical curiosity
  • Problem-solving abilities

Benefits

  • Relocation assistance offered
  • Opportunity to work in cutting-edge energy technology
  • Engagement in sustainable energy solutions
  • Collaborative work environment
  • Potential for professional growth
  • [unknown]
Apply with Autofill

Opens the application — the Jobs AI extension fills it for you. Set up autofill

Opens the official application on the employer’s site. No login required.

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

  • Describe your experience developing or analyzing electromagnetic transient (EMT) models. What simulation tools have you used, and what was the most complex power system scenario you've modeled?
  • Walk us through your approach to designing a test and validation strategy for a power conversion system. How do you ensure simulated behavior matches real hardware performance?