Salary
💰 $200,000 - $230,000 per year
About the role
- Lead the architecture, development, and integration of spacecraft avionics and electrical systems, spanning flight computers, power systems, communication interfaces, and custom PCBAs to advance Albedo's in-house architecture.
- Provide technical leadership across multiple engineering domains, ensuring robust design, testability, and manufacturability of electronics hardware built for VLEO and beyond.
- Own full lifecycle execution of avionics subsystems from requirements definition to flight – including design reviews, hardware selection, integration, and environmental testing.
- Interface directly with cross-functional stakeholders (systems, payload, embedded control systems, GNC, mechanical, software) to ensure seamless system-level performance.
- Partner closely with vendors and manufacturers to ensure Albedo's custom hardware is delivered to spec, on time, and on budget.
- Establish best practices for avionics development and documentation, including automated bring-up, verification, and fault detection strategies.
- Utilize AI to help advance and accelerate Albedo's electronics and test capabilities.
- Contribute to strategic planning and execution of Albedo’s hardware roadmap, ensuring avionics platforms scale with future satellite constellations.
- Identify and evaluate new technology opportunities that advance company capabilities.
Requirements
- Regularly uses AI tools as essential leverage to accelerate work, improve clarity, and multiply output
- 12+ years of experience in avionics or electronics engineering, with at least 5+ years in leadership roles, including ownership of flight electronics
- Proven track record of leading teams and delivering space-rated hardware on time and within spec
- Deep expertise in PCB design, digital logic, FPGAs, power electronics, embedded systems, and integration with software and mechanical teams
- Exceptional ability to translate high-level mission objectives into actionable technical strategies
- Experience with formal agile and waterfall program/project management practices — tracking hardware schedules, quick iteration, risk mitigation, test strategies, and cross-discipline dependencies
- Familiarity with environmental and EMI/EMC testing requirements for spaceflight hardware
- Comfortable working hands-on in a lab environment with flight hardware – oscilloscopes, logic analyzers, thermal testing, etc.
- Strong communication and collaboration skills, able to lead multidisciplinary teams and interface with executive leadership
- Passion for pushing boundaries in hardware design and executing at startup speed
- US citizenship required or lawful permanent resident or protected individual, or eligible to obtain required authorizations from U.S. Department of State