Senior Electrical Engineer, True Anomaly

• Bachelor's degree in Electrical Engineering, Systems Engineering, Aerospace Engineering, or related field
• 5–10 years of professional experience in systems engineering, avionics engineering, or a related technical discipline
• Demonstrated experience with requirements decomposition, flow-down, and traceability management for electrical or avionics systems
• Experience developing and managing interface control documents across complex, multi-discipline hardware programs
• Strong electrical engineering fundamentals with the ability to engage credibly with engineers across EPS, RF communications, digital systems, FPGA, and harness disciplines
• Experience supporting or leading design reviews (SRR, PDR, CDR) with internal and external stakeholders
• Exceptional written and verbal communication skills, with demonstrated ability to convey technical information clearly to both engineering and program management audiences
• Ability to maintain or obtain TS//SCI clearance
• Physical demands—the physical demands of the job, including bending, sitting, lifting and driving

Desirable

• True Anomaly is seeking a talented and driven Senior Electrical Engineering Systems Engineer to lead cross-domain systems engineering across our avionics, RF communications, and electrical power subsystems
• Reporting to the Director of Avionics, you will own the systems engineering discipline that ties these domains together — driving requirements decomposition, interface definition, integration planning, and verification strategy across the full spacecraft avionics architecture
• You will represent the Avionics Components team in design reviews and customer engagements, translating complex multi-discipline technical challenges into clear decisions and actionable plans
• Own requirements decomposition and flow-down across avionics, RF, and electrical power subsystems, ensuring traceability from customer and program-level requirements to component specifications
• Develop, maintain, and negotiate interface control documents (ICDs) between avionics subsystems and broader spacecraft systems, including software, GNC, propulsion, and payloads
• Lead cross-domain integration planning across digital systems, FPGA, EPS, RF communications disciplines to ensure architectural coherence and minimize interface risk
• Drive technical and programmatic trade studies that span avionics subsystem boundaries, synthesizing inputs from power, RF, and digital teams to produce clear recommendations with supporting analysis
• Lead and participate in design reviews (SRR, PDR, CDR) as the avionics systems engineering representative, presenting architecture, interface, and verification status to internal stakeholders and customers
• Interpret and adjudicate customer specifications, identifying areas of risk, ambiguity, or non-compliance and driving resolution with engineering and program stakeholders
• Develop and maintain the avionics verification and validation strategy, ensuring requirements are verifiable and mapped to appropriate test or analysis methods
• Collaborate with EPS engineers on power budget development, distribution architecture trades, and power system interface definition
• Collaborate with RF engineers on link budget assumptions, antenna interface requirements, and communications system integration planning
• Support sprint planning, milestone tracking, and schedule development in coordination with the Program Office, keeping the Avionics Components team on track and dependencies visible
• Identify and track technical and programmatic risks across the avionics domain, driving mitigation plans in collaboration with subsystem leads and the Program Office
• Develop and maintain avionics program documentation including technical plans, schedules, review packages, and status reports
• Mentor junior engineers in systems engineering practices, requirements discipline, and cross-functional problem solving