1st Avenue Power

Climate Tech

EmbeddedSoftwareEngineer

$120–195k California, United States
Market Sentiment
HIGH DEMAND

Neural analysis suggests this role is
optimal for Senior candidates.

The Brief

“Embedded Software Engineer at 1st Avenue Power. Skills: System integration, Hardware validation, Power electronics, Utility industry. Lead definition of system-level requirements. Manage system-level requirements”

Industry & Context.

Climate Tech
Problems you'll solve

Failure analysis

Eligibility Requirements

5-15% travel

What They're Looking For.

Must Have

5+ years systems integration, 5+ years hardware validation, 5+ years product development, Degree in Electrical Engineering, Focus on Power Systems, Focus on Control Theory

Nice to Have

Hands-on experience utility-scale renewable energy power plant development, Failure analysis (FMEA) at system level, Failure analysis (FMEA) at subsystem level

What You'll Do.

Lead definition of system-level requirements

Manage system-level requirements

Execute validation plans

Ensure system compliance

Test protection functions

Test grid-interactive behavior

How You'll Work.

Team & Collaboration

System Engineering team

Full Job Description

System Integration & Validation Engineer Location: SFO/Bay Area Team: System Engineering The Impact You’ll Make: As a System and Validation Engineer, you will bridge the gap between complex software and high-power physical hardware by designing and building infrastructure to test systems at scale. You will serve as the final gatekeeper of reliability and performance, utilizing Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) environments to simulate real-world grid conditions while driving the core system requirements for our utility-scale renewable energy power plants. Key Responsibilities: Requirements Management: Lead the definition and management of system-level requirements for large utility-scale renewable energy power plants. Validation Planning: Own and execute comprehensive validation plans (Design Verification Performance Reporting) for Utility-Scale power grid integration, including AC/DC systems and Medium Voltage (MV) architectures. Compliance & Certification: Ensure full system compliance with UL 1741 and IEEE 1547 standards through rigorous testing of protection functions and grid-interactive behavior. Test Bed Architecture: Design, build, and maintain full-system test beds integrating high-voltage DC-DC converters, battery simulators, and PV emulators. The Skills You Bring: System Design: Proven experience in driving and managing technical requirements for large utility-scale renewable energy systems. Professional Experience: 5+ years in systems integration, hardware validation, or product development within the power electronics or utility industry. Simulation Expertise: Deep expertise in HIL simulation environments (e.g., Typhoon HIL, RTDS, or Opal-RT) and SIL frameworks. Grid Integration Knowledge: Strong technical knowledge of LV/MV grid integration, transformer performance, and utility-scale power distribution. Educational Foundation: Degree in Electrical Engineering or equivalent experience with a focus on Power Systems and Control The

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