Role Overview
Responsible for mechanical execution and manufacturability of ZiGGY. Owns structural design, packaging, enclosures, thermal integration, serviceability, and production-ready mechanical documentation.
Key Responsibilities
- Own mechanical DFM/DFA across all ZiGGY systems
- Design frames, chassis, enclosures, mounts, doors, and panels
- Package batteries, power electronics, charger, cooling systems, and cabling
- Optimize designs for cost, tolerance, yield, and assembly
- Interface directly with fabricators and contract manufacturers
- Produce drawings, BOMs, tolerances, and ECOs
- Support builds, field feedback, and corrective actions
Qualifications
- Degree in Mechanical Engineering
- Strong experience with sheet metal, weldments, machined parts, assemblies
- Advanced CAD skills
- Experience working directly with manufacturers
- Comfort owning designs that ship and operate in the field
- Robotics, automotive, and/or aerospace experience preferred
You will be joining not just a company but a culture of innovation towards a greener future.
Skills Required
- Degree in Mechanical Engineering
- Strong experience with sheet metal, weldments, machined parts, assemblies
- Advanced CAD skills
- Experience working directly with manufacturers
- Comfort owning designs that ship and operate in the field
- Robotics, automotive, and/or aerospace experience
What We Do
We are solving critical pain points starting around electrification and electric vehicle ownership that started with us creating the first ever comprehensive level 2 and DC Fast Charger mobile rental EV charging solution for the Jaguar I-PACE launch and uniquely solving problems since the day we started. We want people who share a vision where there are more electric vehicles and the charging infrastructure is easier. You will be joining not just a company but a culture of innovation towards a greener future.
Why Work With Us
We are redefining how electrification works in the real world. With ZiGGY, we’re building autonomous, mobile EV infrastructure for cities, commercial properties, mobility hubs, and fleet environments. You’ll work at the intersection of robotics, power, software, and operations, solving meaningful problems, and shaping a future of EV adoption.
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