Power Electronics Engineer

July 27

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Odys Aviation

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We are an aviation company building sustainable vertical take-off and landing aircraft for the world’s busiest routes.

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Description

• Design high-voltage, high-power density motor controllers specifically for hybrid electric and eVTOL applications, overseeing all aspects of power electronics designs from component to system integration. • Design and develop clear and comprehensive schematics for power electronics boards pertinent to hybrid electric aircraft systems. • Select components that balance mass reduction with reliability and efficiency, suitable for hybrid electric propulsion applications. • Design PCBs or work closely with PCB designers to create reliable and lightweight circuit layouts that meet the rigorous demands of hybrid electric propulsion systems. • Collaborate with mechanical and aerospace engineers to optimize the placement of high-power modules/components and bus bars for efficient integration within hybrid electric propulsion systems. • Draft detailed requirements, participate in DFMEAs, and implement test and validation plans tailored to hybrid electric propulsion systems. • Guide new hybrid propulsion designs from conceptualization to production, working collaboratively with a cross-disciplinary team. • Maintain start-to-finish ownership of hardware, ensuring that specifications, design, prototyping, and manufacturing align with hybrid propulsion system requirements. • Troubleshoot and root cause analysis for any issues arising in prototype or production phases.

Requirements

• Bachelor's or Master's degree in Electrical Engineering, with a focus on hybrid or electric propulsion systems preferred. • Minimum of 4+ years (with BS) or 2+ years (with MS) of experience in power electronics related to aerospace applications. • Strong foundation in EE, with extensive experience in power electronics design for hybrid electric propulsion systems. • In-depth understanding of inverter technology, motor control, and power conversion tailored to the unique requirements of hybrid electric aircraft. • Proficiency in schematic capture and circuit simulation software, such as Altium Designer , with experience in high-power inverter design (50kW-200kW at 400V-1000V). • Experience in design and analysis of electric propulsion systems, including thermal management, power distribution, and system integration. • Hands-on experience with DO-160G testing, DO-254 development, and other relevant aerospace standards. • Expertise in lab instruments critical for hybrid propulsion system development, such as oscilloscopes and EMC analyzers. • Superior communication and organizational skills, with the ability to work in fast-paced, interdisciplinary teams.