GN&C Engineer BAE Systems Security Clearance
Job in
Hill Air Force Base, Davis County, Utah, USA
Listed on 2026-06-18
Listing for:
Insight Global, Inc.
Contract
position Listed on 2026-06-18
Job specializations:
-
Engineering
Aerospace / Aviation / Avionics, Robotics, Systems Engineer
Job Description & How to Apply Below
Location: Hill Air Force Base
- Company: BAE Systems
- Location:
Hill AFB, UT
- Duration: 12 month contract, possible extensions or conversion
- Clearance: secret Required Skills & Experience
• Bachelor of Science in an Engineering field, Mathematics, or Physics, or computer science from an ABET accredited program
• 7+ years related experience (2+ years with a Master's degree) for Senior Level and 12+ years for principal
• Strong analysis experience
• Recent experience with Kalman filtering/smoothing
• Technical writing and presentation skills
• Test data analysis experience
• MATLAB experience
• Proficiency in C/C++or python
• MUST have a Secret Clearance Nice to Have Skills & Experience
• Active TS clearance
• Reentry Vehicles and/or Reentry Environments experience
• 6
DoF
• Signal processing
• Sensor processing
• Aerodynamics Experience
• Hypersonic Experience
• Statistics experience
• Fortran or Ada programming languages
Job Description Insight Global is seeking a Guidance, Navigation, and Control (GN&C) Engineer to join our team for an exciting opportunity to work on a unique government contract.
This role offers a unique opportunity to support an active test launch program with a team of subject matter experts. The advancement of technical skills and analysis capabilities are emphasized while producing high-quality products and effectively supporting the government customers. This Flight Test Reentry Vehicle Analysis position will:
• Evaluate ICBM flight test Booster and Reentry Vehicle telemetry data
• Perform Reentry Vehicle Body Dynamics and Arming & Fuzing performance analysis
• Determine the Reentry Vehicle Best Estimate of Trajectory using metric tracking and weather data
• Review old documentation
• Apply state estimation techniques (e.g., Kalman filtering or covariance-based methods) to evaluate inertial sensor performance using integrated physics-based models alongside navigation data sources.
• Reconstruct vehicle trajectories using inertial and navigation data to model and assess flight paths.
• Design, enhance, and maintain analytical tools to evaluate sensor accuracy and overall flight performance.
• Develop and deliver technical reports and briefings summarizing sensor performance metrics and system accuracy.
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