Seattle, Washington, United States · On-site
$120k–$180k/yr
The Role Constellation's Flight Software team writes the code that actually flies the hardware. We are looking for a Flight Software Engineer to design and implement the highly reliable, real-time embedded systems that c…
Skills: C, C++, Real-Time Operating Systems, Embedded Linux, GNC Algorithms
Seattle, Washington, United States · On-site
$120k–$180k/yr
The Role We are looking for a Machine Learning Engineer to bridge the gap between AI research and production-grade flight systems. You will optimize, deploy, and scale machine learning models that directly impact Constel…
Skills: Machine Learning, MLOps, Python, C++, Docker
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Design and implement highly reliable, real-time embedded systems to control spacecraft and flight vehicles. Develop, test, and deploy mission-critical flight software and GNC algorithms while collaborating with hardware engineers.
Requires a B.S. in Computer Science, Computer Engineering, Aerospace Engineering, or a similar field. Candidates must have exceptional C/C++ skills and extensive experience with RTOS, embedded Linux, and hardware communication protocols.
Constellation's Flight Software team writes the code that actually flies the hardware. We are looking for a Flight Software Engineer to design and implement the highly reliable, real-time embedded systems that control our spacecraft and flight vehicles.
Develop, test, and deploy mission-critical flight software in C/C++.
Implement guidance, navigation, and control (GNC) algorithms on embedded hardware.
Perform Hardware-in-the-Loop (HITL) testing to validate software under simulated flight conditions.
Collaborate with hardware engineers to define system architecture and interfaces.
B.S. in Computer Science, Computer Engineering, Aerospace Engineering, or similar.
Exceptional programming skills in modern C and C++.
Extensive experience with Real-Time Operating Systems (RTOS) and embedded Linux.
Familiarity with hardware communication protocols (I2C, SPI, CAN, RS-422) and low-level debugging.
Autonomy for Satellite Mission Ops
Constellation Space enables the world's leading space companies to operate, scale, and secure the next generation of satellite networks. We are building the critical software infrastructure for orbital resilience, driven by our core technology: ConstellationOS - A flagship platform that leverages real-time telemetry, federated learning, and physics-informed AI models to predict and mitigate satellite link failures before they happen. Constellation Space is backed by leading investors, including Y Combinator, NVIDIA, OpenAI, Samsung NEXT, Fellows Fund, and Founders Future.
View all jobs at Constellation Space (YC26)Autonomy for Satellite Mission Ops
Constellation Space enables the world's leading space companies to operate, scale, and secure the next generation of satellite networks. We are building the critical software infrastructure for orbital resilience, driven by our core technology: ConstellationOS - A flagship platform that leverages real-time telemetry, federated learning, and physics-informed AI models to predict and mitigate satellite link failures before they happen. Constellation Space is backed by leading investors, including Y Combinator, NVIDIA, OpenAI, Samsung NEXT, Fellows Fund, and Founders Future.
View all jobs at Constellation Space (YC26)