Shannon Statham
Papers
2
Total Citations
28
H-Index
2
About
Shannon Statham is a leading researcher in structural health monitoring (SHM) for extreme environments, with a specialized focus on interplanetary exploration systems. Her work addresses a critical challenge in space robotics: enabling autonomous, real-time detection of structural and mechanical failures in unmanned systems operating under severe power and communication constraints. Statham’s most cited papers, including “Automated, Real-Time Health Monitoring of Structures for Interplanetary Exploration Systems” and “Autonomous structural health monitoring technique for interplanetary drilling applications using laser doppler velocimeters,” each with 14 citations, pioneered the integration of laser Doppler velocimetry for onboard fault detection in Mars drilling operations. Her contributions are foundational to the development of self-diagnosing robotic drills that can operate with low available power while maintaining mission-critical reliability. By advancing SHM techniques tailored for subsurface drilling on Mars, Statham has directly supported the search for water and signs of past or extant life. Her work represents a vital intersection of aerospace engineering, robotics, and non-destructive evaluation, establishing her as a key innovator in autonomous health monitoring for the next generation of interplanetary missions.
Research Focus
Key Achievements
Top Papers
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