Exowatt
Electrical Engineer
About this role
Exowatt is seeking an Electrical Engineer to design and develop electrical systems for their innovative P3 solar energy storage and generation platform. You'll work on power conversion, controls, and grid interconnection as a hands-on contributor in Miami or Austin with full relocation support.
What you'll do
- Design and develop electrical subsystems including power conversion and control systems
- Own discrete electrical designs from concept through implementation
- Collaborate with senior engineers on overall electrical architecture decisions
- Partner with mechanical, controls, and systems teams on product integration
- Work on instrumentation and grid interconnection systems
- Execute technical solutions for renewable energy infrastructure
What they're looking for
- Electrical system design and analysis
- Power conversion and power electronics
- Control systems engineering
- Grid interconnection standards and practices
- Instrumentation and testing
- Collaboration across multidisciplinary teams
- CAD and simulation tools
- Hands-on technical problem-solving
Benefits
- Relocation assistance provided
- Work on cutting-edge renewable energy technology
- Backed by top-tier investors including Andreessen Horowitz and Sam Altman
- Flexible location choice between Miami, FL and Austin, TX headquarters
- Opportunity to impact AI infrastructure sustainability
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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 ExowattLikely interview questions
- Can you walk us through your experience designing power conversion systems, particularly AC/DC or DC/DC converters for energy storage or renewable applications?
- Describe a time you owned an electrical subsystem design from concept through testing. What was your design process and how did you validate it?