
Senior Electrical Engineer
- San Francisco, CA
- $135,000-175,000 per year
- Permanent
- Full-time
- Engineer avionics for volume production through a full design cycle including requirements, prototype, schematic capture, layout, and validation.
- Shape the architecture of Zipline's next generation product, making impactful design decisions daily, while working with a high level of independence.
- Lead trade studies, understand competing design priorities, and provide direction and clarity for burning down risk.
- Proactively seek out opportunities for improvement in system, vehicle, and component level design.
- Collaborate cross-functionally in all stages of development, including:
- Architecture: fault tolerance, power, mass, thermals
- Detailed Design: schematic capture, PCB layout, system integration, validation
- Production: quality, failure analysis, manufacturing, cost
- Deployment: troubleshoot field issues, develop rapid mitigations, roll learnings into future design revisions
- A degree in Electrical Engineering, Embedded Hardware Engineering or equivalent practical experience.
- Minimum 5 years of design experience including: circuit analysis, schematic capture, PCB layout, packaging, and integration.
- Past success developing electronics for critical systems in fields such as aerospace, transportation, or medical devices.
- Experience with at least some of these desired:
- Hard-switching power converters
- Resonant power converters
- Motor drives
- Voltage, current, and temperature sensing analog front ends
- Simple digital logic
- Basic embedded communications busses (e.g. SPI, I2C, UART, CAN)
- Higher speed communications (e.g. Ethernet, LVDS)
- Enthusiasm for working in a fast-paced, collaborative, cross-functional environment.
- Clear communication skills and the ability to explain technical challenges to both fellow engineers and non-engineers alike.
- Must be eligible to work in the US.
- Must be able to work at Zipline's South San Francisco office.
- Preferred: experience with practical aspects of carrying a design into mass production. This includes optimizing for cost, manufacturability, and yields.
- Experience with at least some of these desired:
- Hard-switching power converters
- Resonant power converters
- Motor drives
- Voltage, current, and temperature sensing analog front ends
- Simple digital logic
- Basic embedded communications busses (e.g. SPI, I2C, UART, CAN)
- Higher speed communications (e.g. Ethernet, LVDS)