About the job
Astranis is at the forefront of satellite technology, creating innovative satellites designed for high orbits to extend humanity’s reach into the cosmos. Currently, our satellites are committed to delivering secure and dedicated networks to sophisticated clients worldwide, including large corporations, government entities, and the US military. With five satellites already in orbit and numerous launches on the horizon, we are managing a commercial contract backlog exceeding $1 billion.
Astranis has positioned itself as a leading satellite communications partner for clients who demand exceptional uptime, robust data security, comprehensive network visibility, and tailored solutions. Backed by over $750 million in investments from top-tier investors such as Andreessen Horowitz, Blackrock, and Fidelity, our team of 450 engineers and visionaries is dedicated to designing, building, and operating cutting-edge satellites from our expansive headquarters in Northern California, USA.
Astranis is looking for a passionate and experienced Spacecraft Engineer to join our dynamic team. In this pivotal role, you will oversee the complete lifecycle development of advanced small form-factor Geostationary Orbit (GEO) satellites. You will play a crucial role in cross-system trade studies, manage satellite budgets, develop mission CONOPs, coordinate unit and vehicle test planning and readiness, and ensure that our satellites fulfill all mission design criteria.
- Lead the definition, documentation, and maintenance of the comprehensive GEO spacecraft system architecture, focusing on high-power payload accommodations, propulsion systems for orbit raising and station-keeping, and high-throughput communication links.
- Rapidly identify and resolve cross-functional issues that emerge at various stages of the satellite lifecycle.
- Define and manage spacecraft internal and external interfaces (mechanical, electrical, thermal, data) to ensure seamless integration and compatibility across subsystems, particularly between Bus and Payload systems.
- Serve as the technical owner and primary contact for critical system budgets, especially Mass and Power Budgets.
- Establish and maintain technical budget tracking tools and reports, providing precise, up-to-date status and forecasts to project leadership and stakeholders.
- Provide technical guidance and oversight to subsystem engineers, ensuring their designs are accurately integrated and meet system-level design criteria and budgets.
- Support Assembly, Integration, and Test (AI&T) activities and mission operations by leading systems-level analysis and resolving technical anomalies.