Posted May 25, 2026
About the Role
We are seeking an experienced Astrodynamics Engineer – Orbit Determination Specialist to lead the development of high-fidelity orbit determination and astronautics capabilities for a world-class commercial astronautics' library. In this role, you will design and implement advanced estimation algorithms, support mission analysis activities, and collaborate closely with software engineers, product teams, and mission operators. You will play a critical role in ensuring the technical excellence, scalability, and operational reliability of our astronautics platform. This position is ideal for someone with deep expertise in orbital mechanics, state estimation, and spacecraft mission operations who enjoys solving complex aerospace problems in a fast-moving environment. What You'll Do
Serve as the astronautics lead for a commercial-grade astronautics software library. - Develop, test, and deploy high-fidelity orbit determination (OD) algorithms and applications. - Design scalable, production-quality OD pipelines and services using C++. - Implement advanced state estimation techniques including:
Extended Kalman Filters (EKF)
Unscented Kalman Filters (UKF)
Batch Least Squares
Stochastic filtering and smoothing methods
Build and validate inertial propagation and perturbation models, including:
Gravitational models
Atmospheric drag
Solar radiation pressure (SRP)
N-body perturbations
Conduct maneuver planning and trajectory analysis for:
Collision avoidance
Station-keeping
Orbit transfers
Rendezvous operations
Support conjunction analysis and space debris mitigation activities. - Collaborate with multidisciplinary teams to integrate navigation and OD systems into broader spacecraft architectures. - Lead modeling and simulation efforts supporting mission and system design. - Ensure engineering accuracy through rigorous testing and validation methodologies. - Participate in peer code reviews and contribute to high software quality standards. - Partner with product and business teams to help shape platform capabilities and customer-facing functionality. Minimum Qualifications
M.S. or Ph.D. in: Astronautical Engineering, Aerospace Engineering (space-focused, Applied Mathematics, Physics Or a related technical discipline
Experience 10–20+ years of professional experience in:
Orbit determination
State estimation
Astrodynamics
Trajectory optimization
Proven experience developing and analyzing astronautics algorithms for operational or mission environments.
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