Contribute to the design, analysis, and implementation of advanced GNC systems for spacecraft applications
Develop, implement, and evaluate GNC algorithms
Program and optimize simulations using SIMULINK and STK
Model and analyze GNC sensors and actuators such as IMUs, GPS, star trackers, RCS, Reaction Wheels, Magnetic Torquer Bars, Control Moment Gyros, and LIDAR
Run and modify Monte Carlo simulations, performing in-depth analysis to identify issues and optimize system performance
Analyze and implement autonomous GNC mode transitions to ensure system reliability and robustness
Take ownership of a group of performance requirements by conducting relevant analysis to ensure compliance
Work with GNC flight software (FSW) in target test simulation environments to validate functionality
Document technical findings and communicate results to stakeholders and team members

Bachelor’s degree in aerospace engineering, mechanical engineering, electrical engineering, or a related technical field (or equivalent work experience in lieu of degree)
2+ years of relevant experience in dynamic modeling and GNC algorithm design
Strong proficiency in SIMULINK programming and STK
Familiarity in C, C++, Python, and version control tools such as GIT/SVN
Fundamental knowledge of GNC algorithms and experience with designing at least one of guidance, navigation, control, or FDIR algorithms
Understanding of the working principles of IMUs, GPS, star trackers, RCS, non-propulsive actuators (Reaction Wheels, Magnetic Torquer Bars, Control Moment Gyros), and LIDAR
The ability to obtain and maintain a U.S. Security Clearance is required.

Guidance, Navigation and Controls Engineer II/III – Rendezvous and Proximity Operations

Key skills