Electrical Integration Engineer

You’ll be working with the Research and Development team

This team runs on coffee with an infectious passion to build products that have never been

built before. Our Flexible Energy Stack consists of the e^pack (battery pack), e^Port

(charging connector), e^Plug (charging connector) and e^pump (charging station)

which together unlock 15-minute rapid charging.

Exponent’s philosophy: Break. Believe. Build.

There’s no playbook for disruption. The only way to create a radical future is to continuously

break, believe and build.

Break assumptions and thumb rules.

Believe in the process, the team, and through failures.

Build fast, passionately, and with first-principles thinking.

Job Description

We are seeking a hands-on Electrical Integration Engineer to lead the design, integration,

and validation of high-voltage electrical systems across Exponent’s EV energy products.

This role sits at the intersection of electrical design, power electronics, firmware

integration, and electro-mechanical systems, with ownership from concept to production.

The ideal candidate will drive end-to-end electrical architecture, ensure safety and

compliance of HV systems, and debug complex hardware–software interactions in

fast-evolving EV platforms.

Key Responsibilities

Electrical Design & Safety

● Design and coordinate multi-stage electrical protection schemes for HV and LV

systems

● Size and select protection devices, switchgears, and cables

● Own insulation coordination, including creepage and clearance definitions

● Design earthing and grounding architectures for HV systems

● Ensure compliance with IS, IEC, ISO, SAE, CSA, NFPA, CEA, NEC, NBC standards

● Own HVDC safety concepts and validation

Electrical & System Integration

● Integrate power electronics hardware including converters, inverters, sensors, and

actuators

● Review and debug schematics, PCBA designs, and component ratings

● Lead hardware–firmware integration, including protocol-level debugging

● Support EMI/EMC testing, harness design, and routing considerations

● Analyze and mitigate effects of parasitics in automotive systems