Samuel Stover

United States Department of Homeland Security, Texas A&M University

Papers

Total Citations

301

H-Index

About

Samuel Stover is a pioneering researcher in the field of robotic systems for disaster response and forensic engineering, with a primary focus on mine rescue and structural collapse investigation. His landmark 2009 work, "Mobile robots in mine rescue and recovery," has garnered 277 citations, establishing him as a leading authority on deploying autonomous systems in the aftermath of mining disasters—a domain where over 12,800 fatalities occurred in the U.S. alone from 1900 to 2007. Stover’s contributions extend beyond theoretical frameworks; he demonstrated the practical application of the Active Scope Camera, a novel rescue robot, in the forensic investigation of the 2009 Jacksonville parking garage collapse. This work, cited 24 times, showcased the robot’s ability to navigate rubble piles through gaps as narrow as 3 cm, capturing critical image data, crack geometry, and cross-sectional surfaces. By bridging robotics with real-world disaster scenarios, Stover has not only advanced search-and-rescue technology but also provided engineers with tools to analyze structural failures, ultimately saving lives and improving safety protocols. His research remains essential reading for students and professionals in field robotics and emergency response.