Your responsibilities will include:

• Owning full product and circuit design for flight critical subsystems, including analog, digital, high-speed, power, compute, sensors, FPGA, and other functional blocks as needed
• Designing for high reliability in challenging environments, including temperature, altitude, radiation, and vibration
• Leading full-cycle hardware development, from concept to testing and validation
• Driving PCB layout and design with ECAD engineers, optimizing for power density, EMI, thermal, and manufacturability
• Designing for Safety, Manufacturability and Reliability, keeping in mind best practices for safety, manufacturing and reliability
• Executing board bring up, verification, validation and HALT testing to meet rigorous aerospace reliability standards
• Collaborating with Mechanical, CAD, Embedded, Software, Production and various aircraft teams throughout the product lifecycle
• Leading and contributing to cross-functional reviews ensuring robust, high-integrity engineering decisions

Required qualifications include:

• A B.S. in Electrical Engineering or equivalent
• 5+ years of experience as an Electrical Engineer
• Experience with circuit design, schematic capture, component selection, circuit testing, circuit debugging, and system integration
• Familiarity with Altium or equivalent

Salary compensation is influenced by a wide array of factors including but not limited to skill set, level of experience, licenses and certifications, and specific work location.

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We're looking for a Power Engineer II to contribute to the design, analysis, and validation of power electronics systems critical to our aircraft. This role is perfect for an engineer with a solid foundation in power systems who is eager to grow, own challenging projects, and see their work move rapidly from concept to flight.

Key responsibilities include:

• Designing power electronics systems, including high-voltage and low-voltage systems, DC-DC converters, inverters, and motor controllers
• Developing embedded safety and protection mechanisms
• Designing across power ranges, from 10 kW high-power applications
• Owning the entire hardware development flow, from concept to testing and validation
• Collaborating with mechanical, CAD, embedded, software, production, and aircraft teams throughout the product lifecycle

Requirements include:

• B.S. in Electrical Engineering or equivalent
• 1+ years of experience as an Electrical Engineer
• Experience with circuit design, schematic capture, component selection, circuit testing, and debugging
• Familiarity with Altium or equivalent
• Experience with lab equipment, such as oscilloscopes, power supplies, E-loads, and multimeters

This is a full-time position with a salary range of $91,660 - $137,490 per year, plus bonus, benefits, and equity.

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Responsibilities:

• Own flight critical power system design for X-BAT
• Design power electronics for the high voltage and low voltage systems. This includes inverters, DC-DC converters, battery management, and other power electronics
• Lead others to execute design, verification, and manufacturing deployment
• Provide mentorship and technical feedback to others on the power team and cross-functionally
• Harden the designs for harsh environments such as shock/vibe, high reliability, radiation, and high-altitude
• Work on power sub-systems and designs for both low power (< kW) and high power (>10 kW)
• Full-cycle hardware development: Own the entire flow , concept, modeling, worst case analysis, schematic capture, simulation, prototyping, design reiteration for improving design maturity, testing and validation
• PCB ownership: Drive PCB layout and design with ECAD engineers, optimizing for power density, EMI, thermal, and manufacturability
• Design for Safety, Manufacturability and Reliability: Design robust systems keeping in mind best practices for safety, manufacturing and reliability
• Cross-functional collaboration: Work closely with Mechanical, CAD, Embedded, Software, Supply Chain, Test Automation, Production and various aircraft teams throughout the product lifecycle
• Design review leadership: Lead and contribute to cross-functional reviews ensuring robust, high-integrity engineering decisions. Mentor junior engineers that support your design
• Program execution: Manage project timelines, deliverables, and technical milestones to drive on-time, high-quality outcomes

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We're looking for a Staff Power Engineer to provide technical leadership in the design, development, and delivery of high-performance power systems across our aircraft programs. This is a high-ownership role where you will define architectures, mentor junior engineers, and ensure that our power electronics meet the rigorous demands of autonomous aviation.

Key responsibilities include:

• Owning flight critical power sub-system design for X-BAT
• Designing power electronics for high voltage and low voltage systems, including inverters, DC-DC converters, battery management, and other power electronics
• Hardening designs for harsh environments such as shock/vibe, high reliability, radiation, and high-altitude
• Working on power sub-systems and designs for both low power (< kW) and high power (>10 kW)
• Full-cycle hardware development, including concept, modeling, worst case analysis, schematic capture, simulation, prototyping, design reiteration for improving design maturity, testing and validation
• PCB ownership, driving PCB layout and design with ECAD engineers, optimizing for power density, EMI, thermal, and manufacturability
• Designing for Safety, Manufacturability and Reliability, keeping in mind best practices for safety, manufacturing and reliability
• Board Bring Up and Testing, executing board bring up, verification, validation and HALT testing to meet rigorous aerospace reliability standards
• Cross-functional collaboration, working closely with Mechanical, CAD, Embedded, Software, Supply Chain, Test Automation, Production and various aircraft teams throughout the product lifecycle
• Design review leadership, leading and contributing to cross-functional reviews ensuring robust, high-integrity engineering decisions. Mentoring junior engineers that support your design
• Program execution, managing project timelines, deliverables, and technical milestones to drive on-time, high-quality outcomes

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