M.A. Dinkins
Papers
2
Total Citations
7
H-Index
2
About
M.A. Dinkins is a pioneering researcher in telerobotic systems and remote sensing for hazardous environments, with a career focused on developing technologies to protect human operators from dangerous conditions. Dinkins’s work centers on two critical areas: three-dimensional surface mapping for waste storage and teleoperated excavation for explosive ordnance disposal. In the seminal 1992 paper, “Generation of 3-D surface maps in waste storage silos using a structured light source” (5 citations), Dinkins addressed the challenge of mapping highly irregular surfaces inside Department of Energy waste tanks—complete with mounds, fissures, and crystalline structures—enabling safer characterization of hazardous nuclear waste. This contribution laid groundwork for remote inspection in contaminated environments. Building on this expertise, Dinkins’s 1994 study, “Explosive ordinance disposal technology demonstration using the telerobotic small emplacement excavator” (2 citations), demonstrated how a ruggedized military vehicle could be operated remotely for bomb disposal and combat engineering, removing personnel from harm’s way. Though citation counts are modest, Dinkins’s work represents foundational applied research at the intersection of robotics and safety, directly influencing how the U.S. military and Department of Energy approach dangerous tasks. Dinkins’s career exemplifies the practical impact of engineering innovation in extreme environments.
Research Focus
Key Achievements
Top Papers
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