Engineering Manager, True Anomaly

• Bachelor's degree in Electrical Engineering or related field
• Minimum 8 years of experience in electrical or power systems engineering, with at least 2 years in a people-management role
• Demonstrated experience designing spacecraft electrical power systems, including solar arrays, batteries, and power distribution units
• Strong understanding of power conversion, regulation, and distribution architectures
• Experience leading design reviews and managing engineering teams through full product development lifecycles
• Hands-on experience with power system analysis tools and test equipment
• Proven ability to balance technical depth with team leadership and cross-functional collaboration
• Excellent communication and interpersonal skills
• Ability to maintain or obtain TS//SCI clearance

Desirable

• As the Power Systems Manager at True Anomaly, you will lead the team responsible for designing, developing, and delivering spacecraft power systems — from solar arrays and batteries to power distribution and regulation
• You will manage a team of electrical engineers, drive technical execution across multiple programs, and ensure our power systems scale reliably from prototype through production
• Manage, mentor, and grow a team of power systems engineers, including hiring, performance management, and professional development
• Own the technical roadmap for spacecraft power systems, including solar array design, battery management, and power distribution and regulation architectures
• Drive design, analysis, and test activities for electrical power systems (EPS) across the full product lifecycle — from concept through production and on-orbit operations
• Lead system-level trade studies balancing performance, technical risk, mass, cost, and schedule across power subsystem designs
• Oversee power budget development, launch and tip-off power analysis, and on-orbit power generation and storage modeling
• Ensure power system designs are scalable and manufacturable, partnering with production and manufacturing engineering to support build rate targets
• Lead and present preliminary and critical design reviews for power subsystems
• Develop and maintain failure mode and effects analysis (FMEA) and reliability analyses for critical power system components
• Coordinate with cross-functional teams — including mechanical, avionics, thermal, software, and systems engineering — to ensure integrated system functionality and resolve interface challenges
• Define validation approaches and lead development and qualification testing campaigns, including environmental testing (EMI/EMC, thermal vacuum, vibration)
• Establish and continuously improve power systems engineering processes, standards, and best practices to drive quality, efficiency, and repeatability
• Support hardware through production, integration, and launch