Tobias Schachinger

Papers

Total Citations

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About

Tobias Schachinger is a robotics researcher focused on the challenging domain of infrastructure inspection, specifically targeting the maintenance of tunnel drainage systems. His primary research area involves the conceptualization and development of specialized in-pipe inspection robots designed to navigate the harsh, confined, and chemically aggressive environments found in tunnel drainage pipes. Schachinger’s major contribution lies in addressing the practical problem of detecting carbonate scale deposits—which form when mountain water pH rises and CO₂ is released—a process that can obstruct drainage and compromise tunnel safety. His most cited work, "A Robotic Tunnel Drainage Inspection Rover" (2023, 4 citations), details a rover engineered to withstand these conditions, while his earlier foundational paper, "Conceptualising an Inspection Robot for Tunnel Drainage Pipes" (2020, 2 citations), laid out the initial design principles, including structure, actuation, and control concepts. Though his citation counts are modest, reflecting the niche and emerging nature of his field, Schachinger’s work is notable for its direct application to critical civil infrastructure, offering a robotic solution to a problem that is otherwise labor-intensive and hazardous. His research bridges robotics and geotechnical engineering, demonstrating how autonomous systems can enhance safety and efficiency in underground environments.