Moraan Quigley

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About

Dr. Moraan Quigley is a leading figure in planetary robotics and space mission simulation, whose work has fundamentally shaped how we prepare for extraterrestrial exploration. Her primary research focuses on developing high-fidelity, physics-based simulators that replicate the challenging terrain and gravitational conditions of lunar and Martian surfaces. Her most influential contribution, the 2019 paper "Planetary Rover Simulation for Lunar Exploration Missions," has garnered 62 citations and established a new standard for pre-mission operator training. By enabling engineers and astronauts to develop critical driving intuition and operational protocols in virtual alien environments, Quigley’s work directly reduces the immense costs and risks associated with real-world rover deployment. Beyond this landmark study, she has pioneered techniques for integrating real-time telemetry data into simulation loops, allowing for hybrid testing that bridges the gap between virtual and physical systems. Her achievements have been recognized with the NASA Early Career Award and a key role in the design of training protocols for the upcoming Artemis lunar missions. For students and researchers, Quigley’s research demonstrates how robust simulation can transform speculative mission planning into tangible, safer exploration.