Assistant Professor, Space Studies
- Human Centered Design, Microgravity Medical Systems and Procedures Architecture, Microgravity & Off-planet Habitation Simulation, Neutral Buoyancy Microgravity Analogs, & Additive Manufacturing
- Email: keith.crisman@UND.edu
- Office: 701.777.2355
- Dept: 701.777.2355
Clifford Hall Room 532
4149 University Ave Stop 9008
Grand Forks ND 58202-9008
Dr. Keith Crisman was awarded a PhD from the Florida Institute of Technology’s Human Centered Design program with emphasis on rescue and safety systems pertaining to human spaceflight and microgravity environments.
There, he supported Florida Tech’s Human Spaceflight Laboratory as the Health and Safety Officer as well as Research Assistant. Keith performed thorough risk analysis and developed both Adaptive Spaceship Cockpit Simulator and Intravehicular Spacesuit operational procedures supporting successful IRB application for Humans-in- the-Loop Simulations. Further, he has collaborated on FAA Commercial Space Transportation research related to analytics of the normative Human Spaceflight environment as well as collaborations with Embry Riddle University during research on IVA Spacesuit Ergonomics for Spacesuit Cabin Integration Human Factors.
Dr. Crisman has completed research at the Mars Desert Research Station as the Health and Safety Officer of Crew 219 and will be the Executive Officer of Crew 239. He plans to continue research in off-planet analogous simulators to include neutral buoyancy.
He has an immense educational background starting with Automotive Technology certification from Pike-Lincoln Technical Center, an AAT from Ozarks Technical Community College with emphasis in Psychology, a BSci in Psychology and minor in Biology from the University of North Dakota, and an MSci in Human Factors of Aeronautics from the Florida Institute of Technology.
Certifications include DAN DFA-PRO provider, PADI Rescue Diver, and AAUS Scientific Diver along with various related certifications. His work throughout this path has resulted in a Contained Environment Airlock Pass-Through (CEB) and Geologic Sample Return Container (SMR) for a Pressurized, Manned Rover, Collaboration between NASA Marshall Space Flight Center and the University of North Dakota Space Studies Department, completed in 2012, a patent for a Ferrohydrodynamic Thermal Management System and Method, US20160116223 A1, Fourier Electric LLC, Orlando, FL, USA, patent filed 2014, and the creation of an emergency containment system for single person use in a microgravity environment found within his dissertation, Microgravity Emergency Medical Containment System – A Concept of Architecture, Prototyping, and Usability Research.
Semper Exploro – Per Scientiam ad Martis
BSci - Psychology (M) & Biology (m), Univeristy of North Dakota
MSci - Human Factors of Aeronautics, Florida Institute of Technology
PhD - Human Centered Design, Florida Institute of Technology