Charles Goodrich

Consultant at Technik, Inc
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Contact Information
us****@****om
(386) 825-5501
Location
Melbourne, Florida, United States, US
Languages
  • English -

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Experience

    • United States
    • Software Development
    • 1 - 100 Employee
    • Consultant
      • Apr 2013 - Sep 2015

      • Develop Systems for Fault Detection, Isolation and Recovery (FDIR) while launching NASA spacecraft • Define test strategies to verify customer requirements for cryogenic propellant loading systems • Validate system capabilities by development, testing and problem resolution at KSC Cryogenics Laboratory • Configuration management – document baselines for product applicability, cost and performance • Developed concept for neural network sensor for more efficient propellant loading • Develop Systems for Fault Detection, Isolation and Recovery (FDIR) while launching NASA spacecraft • Define test strategies to verify customer requirements for cryogenic propellant loading systems • Validate system capabilities by development, testing and problem resolution at KSC Cryogenics Laboratory • Configuration management – document baselines for product applicability, cost and performance • Developed concept for neural network sensor for more efficient propellant loading

    • United States
    • IT Services and IT Consulting
    • 1 - 100 Employee
    • Consultant
      • Apr 2012 - Mar 2013

      • Research and Development for Controlling Spacecraft Propellant Loading • Create Physics models of cryogenic test hardware • Validate models against experimental data collected at NASA Cryogenics Laboratory • Research and Development for Controlling Spacecraft Propellant Loading • Create Physics models of cryogenic test hardware • Validate models against experimental data collected at NASA Cryogenics Laboratory

    • United States
    • Design Services
    • 1 - 100 Employee
    • Consultant
      • Jun 2011 - Mar 2012

      • Verify requirements for general-purpose Airborne Server. • Define test setups, test strategies and test procedures to verify customer requirements • Integrate hardware, software and support equipment to conduct FAA DO-160 environmental and EMI testing • Specify and procure electronic components to meet FAR Part 23/25 aircraft regulations • Assemble test equipment to verify customer technical and certification requirements • Verify requirements for general-purpose Airborne Server. • Define test setups, test strategies and test procedures to verify customer requirements • Integrate hardware, software and support equipment to conduct FAA DO-160 environmental and EMI testing • Specify and procure electronic components to meet FAR Part 23/25 aircraft regulations • Assemble test equipment to verify customer technical and certification requirements

    • Defense and Space Manufacturing
    • 1 - 100 Employee
    • Systems Engineer
      • 1998 - 2011

      • Generate requirements for processing, launching, landing and recovering NASA spacecraft • Produce computer models and hardware prototypes for propellant manufacture and storage on Mars • NASA technology award: Web-based, real-time Java rocket launch data display • Develop simulated rapid propellant loading system - fault detection, isolation and recovery • Publish papers on responsive access to space and fault-tolerant robotics • Mature helium conservation strategies and dew… Show more • Generate requirements for processing, launching, landing and recovering NASA spacecraft • Produce computer models and hardware prototypes for propellant manufacture and storage on Mars • NASA technology award: Web-based, real-time Java rocket launch data display • Develop simulated rapid propellant loading system - fault detection, isolation and recovery • Publish papers on responsive access to space and fault-tolerant robotics • Mature helium conservation strategies and dew point modeling for the Shuttle External Tank • Submit multiple NASA New Technology disclosures for software, hardware, systems and modeling • Systems Engineering for Orbital Space Plane and Second Generation Reusable Launch Vehicle • Probabilistic Risk Assessment for reusable spacecraft and automated umbilical system with machine vision • Embedded Systems Show less • Generate requirements for processing, launching, landing and recovering NASA spacecraft • Produce computer models and hardware prototypes for propellant manufacture and storage on Mars • NASA technology award: Web-based, real-time Java rocket launch data display • Develop simulated rapid propellant loading system - fault detection, isolation and recovery • Publish papers on responsive access to space and fault-tolerant robotics • Mature helium conservation strategies and dew… Show more • Generate requirements for processing, launching, landing and recovering NASA spacecraft • Produce computer models and hardware prototypes for propellant manufacture and storage on Mars • NASA technology award: Web-based, real-time Java rocket launch data display • Develop simulated rapid propellant loading system - fault detection, isolation and recovery • Publish papers on responsive access to space and fault-tolerant robotics • Mature helium conservation strategies and dew point modeling for the Shuttle External Tank • Submit multiple NASA New Technology disclosures for software, hardware, systems and modeling • Systems Engineering for Orbital Space Plane and Second Generation Reusable Launch Vehicle • Probabilistic Risk Assessment for reusable spacecraft and automated umbilical system with machine vision • Embedded Systems Show less

Education

  • University of Michigan
    BS, Materials Engineering
    1965 - 1969

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