Capabilities

Guidance Navigation & Control (GNC)

  • Controls systems algorithms design, development and analysis
  • Linear and non-linear control systems
  • Kalman filtering estimation
  • Sensor data fusion techniques  
  • Integration of multiple sensors for use with multiple target detection and tracking algorithms 
  • Sensor modeling: accelerometer, gyroscope, gimbaled platform dynamics, magnetometer, star tracker, altimeter, IR, RF, LIDAR, gimbaled over-the-horizon seeker, camera
  • Hit-to-kill GNC designs of endo- and exo-atmospheric vehicles
  • 3-DOF trajectory development efforts to support conceptual vehicle designs
  • 6-DOF simulations to generate trade studies to determine GNC system requirements
  • Integrated guidance and control laws for hypersonic vehicles such as PN, APN, Kappa, State Dependent Riccati Equation (SDRE) and optimal guidance
  • Hardware-in-the-loop (HWIL) simulation models for software verification
Hypersonic Vehicle (HV) GNC, GPS Denied and Autopilot Modelling and Simulation (M&S)/Prototyping/Integration & Test (I&T)
  • Adaptive Guidance and Control for Hypersonic Vehicles:  Indirect and direct adaptive controller design and development to maintain HV performance within regions of aerodynamic uncertainty.
  • Multiple Model Control Mixing for Robust Control of Hypersonic Vehicles
  • Hypersonic Weapons & Precision: Guided Munitions Design and Development
GPS/INS & GPS Denied Technology Design and Development
  • Development of INS simulation software fusing data from various navigation sensors in a GPS-denied (A2/AD) environments for ballistic, non-ballistic, cruise missiles, re-entry vehicles.
Hypersonic Vehicle Aerodynamic/Engine/Airframe
  • Engineering analysis non-rigid body effects, bending modes, digital notch and bandwidth filtering

Propulsion/Launch

  • Launch vehicle preliminary design, sizing, and trajectory analysis: support to experimental design/build/test program for a rocket technology demonstrator and its associated test facility 
  • R&D/Development of hypersonic airbreathing propulsion analysis, modeling and test: liquid rocket engine testing, analysis, design

Space

  • Orbit analysis, astrophysics, rendezvous and capture, attitude matching
  • Reaction-less attitude control via use of control moment gyroscopic arrays