Gregory W. Schinn

Space Photonics (United States), MPB Technologies & Communications (Canada)

Papers

Total Citations

H-Index

About

Gregory W. Schinn is a key figure in space environmental testing, specializing in the simulation of extraterrestrial surface conditions for hardware qualification. His primary research focuses on the development and operation of dusty thermal vacuum (DTVAC) facilities, which replicate the harsh, low-pressure, dust-laden environments of the Moon, Mars, and asteroids. Schinn’s major contribution lies in bridging the gap between theoretical models and real-world engineering, enabling payloads, rovers, and drills to be tested under realistic conditions before launch. His most cited work, "Dusty Thermal Vacuum (DTVAC) Facility Payloads Operations under Simulated Lunar Environment" (2021, 4 citations), details how the facility accommodates test articles up to 1 cubic meter, including small robotic assemblies. A companion paper (2018, 3 citations) outlines the integration challenges of such a system. Though his citation counts are modest, Schinn’s impact is profound within the aerospace community: his facilities directly support NASA’s Artemis program and future Mars missions, ensuring that critical hardware survives the abrasive, electrostatically charged dust that plagued Apollo-era systems. His work is essential reading for engineers and students designing resilient space exploration technologies.