NOAA GOES Weather Satellite, NOP-Series

• Member of Boeing, Integral Systems, and Avaya Teams

• Image and Registration - Boeing

  • INR System Engineering – Civil Stellar Inertial Navigation
  • INR Performance Evaluation System (PES) for end-to-end INR Software Performance Simulation
  • INR Observation Generation System (OGS) for end-to-end hardware-in-the-loop testing

• Ground System Orbit & Attitude Tracking System (OATS) algorithm definition

  • OATS software development & verification team under Integral Systems
  • Post-Launch Testing - Attitude control engineering support to NASA operations team
  • Avaya Ground Systems Team – Operations Anomaly Resolution
    
    

NOAA GOES Weather Satellite, I- Series

• GOES-10 Sensor Processing System (SPS) for Extended GOES High Inclination (XGOHI) Mission
• Member of Avaya Ground System Team
• GOES-10 station-keeping fuel spent, moved from 1440W to 600 E location
• Performed Mission Systems Engineering to define XGOHI architecture and establish feasibility
• Designed & implemented GSU (GOES re-sampling unit for ground processing) in SPS
• Performed Science Data Testing -- Independent science testing verified product quality (inter-comparisons)
• Designed and developed direct readout and rebroadcas
• Provided backup North American coverage during GOES-12 anomaly