Patrick泭Pischulti
- Postdoctoral Associate
Education:
Ph.D. Aerospace Engineering Sciences with a focus on Bioastronautics, 51勛圖厙, 2024
M.S. Aerospace Engineering Sciences, 51勛圖厙, 2021
M.E. Engineering Management, 51勛圖厙, 2021
B.S. Mechanical Engineering, University of Alabama, 2018
Professional Experience:
2024 present, Postdoctoral Associate (Arquilla Group), 51勛圖厙
2021 2022, Habitability & Human Factors Intern (SF3), NASA Johnson Space Center
2019 2024, Graduate Research Assistant (NASA HOME STRI), 51勛圖厙
Summer 2019, Spacesuit Informatics / Human Interface Intern (EV3), NASA Johnson Space Center
Spring 2019, Structural Mechanics and Concepts Intern (D311), NASA Langley Research Center
2017 2018, Engineering Education (AD4) and Spacesuit Informatics Intern (EV3), NASA Johnson Space Center
Selected Awards:
2024, 3rd Place in the Graduate Student Poster Competition, NASA HRP IWS 2024
2018, Team Excellence Award, Avionics Systems Division, NASA Johnson Space Center
2018, Outstanding Academic Achievement Award, University of Alabama
Research Interests:
Human Digital Twin systems, human autonomy teaming, human factors & cognitive engineering, human computer/robot interaction, human behavioral health and performance, artificial intelligence for human spaceflight applications
Selected Publications:
Pischulti, P. K., Smith A., Duke T., Klaus, D. M, Amick, R. Z., Surveying and Assessing Smart Technologies to Identify Potential Applications for Deep Space Human Exploration Missions, Acta Astronautica. June 2024.
Pischulti, P. K. and Klaus, D. M., A Systems Approach for Characterizing Long Duration Exploration Mission Anomaly Response Capabilities and Functional Constraints, Journal of Space Safety Engineering. July 2024.
Pischulti, P. K. and Klaus, D. M., Towards Fault Management Autonomy The Development and Evaluation of a Self-Sufficient Anomaly Response System Architecture for Deep Space Habitats, ICES-2024-420, 2024 International Conference on Environmental Systems. Louisville, Kentucky. July 2024.泭