lead the design, development, and validation of advanced GNC systems for spacecraft applications
take ownership of critical aspects of GNC systems, including design, Monte Carlo simulations, and hardware-in-the-loop (HITL) testing
mentor junior engineers and drive innovation in aerospace technology
develop high-fidelity models for GNC sensors and actuators, including IMUs, GPS, LIDAR, Air Data Systems, and other relevant hardware
set up and execute Monte Carlo simulations
perform open-loop and closed-loop stability analyses to ensure robust system design and functionality
integrate requirements into detailed GNC algorithm designs to ensure compliance with system-level objectives
implement relevant design standards and processes across GNC systems and subsystems

Bachelor’s degree in aerospace engineering, mechanical engineering, electrical engineering, or a related technical field (or equivalent work experience in lieu of degree)
Master’s degree is preferred for candidates with 3+ years of experience
5+ years of related experience in dynamic modelling and GNC algorithm design
Advanced skills in SIMULINK, State Flow, Python, and C++ programming, with experience in SIMULINK autocoding and Linux/UNIX operating systems
Strong understanding of IMUs, GPS, LIDAR, and Air Data Systems, with experience in developing high-fidelity models for algorithm design
An active Top Secret U.S. Security Clearance is required.

Guidance, Navigation & Controls Engineer III/Sr

Key skills