Astronaut Training

Although Brien Posey is best known for his Information Technology related accomplishments, he is also currently training as a Commercial Scientist-Astronaut Candidate. To date, Brien has completed extensive suborbital space flight training through Astronauts for Hire (the world's first commercial astronaut corps) and Project PoSSUM (the first private, manned suborbital research program). In addition, Brien is working with Astronauts for Hire to develop new technologies that may eventually fly in space.

Project PoSSUM Scientist-Astronaut Class 1601

Latest News

A4H Patch
NASTAR Center - Suborbital Space Flight Training
Project PoSSUM Scientist-Astronaut Candidate
NASTAR Center - Payload Specialist Training / Suborbital Scientist


Microgravity Flight Test Director

Project PoSSUM Microgravity Spacesuit Evaluation Program
Canadian National Research Council, 2016

Microgravity Subject Assistant

Project PoSSUM Microgravity Spacesuit Evaluation Program
Canadian National Research Council, 2016

PoSSUM Bioastronautics BIO-101

A microgravity flight campaign to evaluate commercial spacesuits in a microgravity environment in conjunction with a prototype spacecraft seat, and various biomedical monitoring systems. The study focused primarily on human factors, the suit / seat interface, the umbilical interface, the suited subject's ability to operate spacecraft controls, and ingress / egress procedures.

Advanced Chamber Program / Scenario Based Physiological Training Program

Advanced Chamber Program / Scenario Based Physiological Training Program Southern Aeromedical Institute Scenario based training for Slow Onset Hypoxia in which the pilot is required to operate a flight simulator, and maintain communications with ATC, while flying at altitude in a hypobaric chamber.

Project PoSSUM Scientist-Astronaut Qualification Program

Embry-Riddle Aeronautical University, 2016
• The Mesosphere and Lower Thermosphere Environment
• Fundamentals of Remote Sensing
• Remote Sensing and Aerospace Cinematography
• Spaceflight Simulation and Operations
• Hypoxia Awareness and Mitigation
• Spacesuit Operations
• High-G Analog and Mitigation Methods
• Introduction to Aerospace Physiology
• Introduction to Life Support Systems
• Fundamentals of Celestial Navigation
• Science Communication and Public Outreach

Space Payload Specialist Training / Suborbital Scientist

National Aerospace Training and Research Center, 2016
• Space Research Types
• Environmental Considerations
• Payload Safety Considerations
• Vehicle Types and Operating Environments
• Vehicle Payload Interface
• Operational Considerations in Space
• Time/Distraction Management
• Emergency Procedures & Contingency Planning
• Design and Conduct Experiment in Simulated Space Environment
• Simulated Space Flights to Conduct Experiment in PHOENIX Centrifuge

Spacesuit Training and Certification

Final Frontier Designs / Project PoSSUM, 2015-2016
• Protective Equipment & Use
• Altitude Physiology
• Effects of Pressure Change
• Hypoxia & Hyperventilation
• Oxygen & Life Support Systems
• Communications
• Mobility/Maneuverability

Certified Spacesuit Technician

Basic Suborbital Space Training

National Aerospace Training and Research Center, 2015
• Aerospace Environment
• Space Vehicles & Flight
• Motion Environment & Orientation
• Acceleration Forces
• Life Support Systems and Suits
• Space Experience
• Physiological and Psychological Effects
• G Protection, Countermeasures & Skills
• Space Safety and Emergency Procedures
• G Tolerance Flights and Simulated Space Flights

Advanced Suborbital Space Training

National Aerospace Training and Research Center, 2015
• Altitude Physiology
• Spatial Disorientation
• Situational Awareness
• Emergency/Rapid Decompression
• Emergency Procedures & Operations
• Personal Safety & Health
• Aerospace Medicine
• Loss of Control In-flight (LOC-I) Preparation & Flights
• Situational Awareness and Spatial Disorientation Preparation & Flights
• Altitude Chamber Preparation & Flight

Motion Sickness Desensitization

National Aerospace Training and Research Center, 2015
• This program is adapted from the United States Air Force Airsickness Diagnostics and Prevention Training (ADAPT) program.

Altitude Awareness and Hypoxia Training


  • The physical, physiological and psychological stresses of high-altitude flight
  • The physiological-deficient zone (Operations above 10,000 feet MSL)
  • Recognizing common hypoxia and hyperventilation symptoms
  • Hypoxia and hyperventilation management
  • Recovery from a rapid decompression event
  • Time of Useful Consciousness (TUC)

Altitude Chamber Flights

  • 25,000-foot Hypoxia demonstration flight
  • 18,000 foot night vision demonstration flight
  • Rapid decompression flight

Aviation Survival and Underwater Egress Training

Survival Systems USA, 2015

  • Factors that cause water emergencies
  • Assess ability to escape from aircraft (fixed wing and helicopter)
  • Simulated crashes & survival situations
  • On-Board hazards and emergencies
  • Firefighting in the cabin/cockpit
  • Evacuation and escape
  • Aircraft ditching scenarios & techniques
  • Search and rescue
  • Safety and survival equipment utilization and deployment
  • Effects of hypothermia and hyperthermia, mitigation and survival
  • Survival psychology
  • Personal rescue techniques (signaling, flotation devices, etc.)
  • First aid/medical scenarios
  • Evacuation training through an emergency exit on water

Micro Gravity Parabolic Flight

Zero Gravity Corporation, 2014

Basic Space Shuttle Systems Orientation

NASA, 2012

Space shuttle systems orientation

Other Training and Qualifications

Flight Training

Passed the FAA Private Pilot Knowledge Test (Airplane)  FAA, 2015

    • Student pilot 
    • Six hours of aerobatic flight logged
    • Altitude chamber training

    Adult First Aid / CPR / AED

    American Red Cross, 2015

    SCUBA Certification

    NAUI, 1993

    Hundreds of dives completed

    Astronauts for Hire

    Director of the Technology and Engineering Group

    Responsible for the development of technologies that may eventually be used on suborbital spaceflights.