Base Power
Validation Engineer
About this role
Base seeks a Validation Engineer to establish and lead the validation function for distributed battery and power systems. You'll design testing protocols, build automation infrastructure, and ensure products meet reliability standards while scaling across a growing fleet.
What you'll do
- Define and implement Base's validation strategy and framework for power systems, inverters, and batteries
- Develop and oversee validation protocols using thermal chambers, high-power supplies, and advanced test equipment
- Design and manage validation automation software and testing infrastructure
- Maintain requirements and test management systems with version control and consistency across teams
- Collaborate cross-functionally to resolve validation findings and influence design decisions
- Produce detailed validation reports supporting compliance, certification, and executive decisions
What they're looking for
- 5+ years validation experience in software, electromechanical, or power systems
- Expertise with thermal chambers, high-power supplies, and DAQ systems
- Test automation frameworks and infrastructure development
- Requirements and test management systems knowledge
- Leadership and team mentoring abilities
- Cross-functional communication and technical influence
- Systems-level thinking and process discipline
- Production-scale validation program experience
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.
Base Power
Base Power develops high-power-density battery energy storage systems and related hardware for residential and commercial energy applications. The company is hiring System Design, Thermal, and Mechanical Engineers for product development, plus Supply Chain and Data Engineers to build internal platforms and infrastructure supporting distributed battery operations at scale.
View all jobs at Base PowerLikely interview questions
- Walk us through how you'd approach defining a validation strategy from scratch for a distributed battery and inverter system. What would your first 90 days look like?
- Describe your experience leading validation programs from concept through production release. What were the biggest challenges you faced and how did you resolve them?