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About

Hendrik Poschmann is a researcher whose work sits at the intersection of robotics, automation, and sustainable manufacturing, with a particular focus on advancing circular economy processes through intelligent disassembly systems. His research addresses one of the most pressing challenges in modern manufacturing: making end-of-life product processing economically and ecologically viable through technological innovation. Poschmann's most influential contribution, "Disassembly 4.0" (2020, 101 citations), provides a comprehensive review of how robotics and artificial intelligence can transform disassembly tasks, establishing him as a leading voice in automated end-of-life processing. Complementing this, his work on "Recycling 4.0" (2020, 49 citations) explores how Industry 4.0 technologies can fundamentally reshape recycling efficiency. His 2021 paper on information-driven robotic disassembly (51 citations) demonstrates how data integration can enhance end-of-life utilization, bridging theoretical frameworks with practical implementation. A recurring theme across Poschmann's portfolio is the use of advanced information processing and robot cognition to create adaptive disassembly ecosystems. His research has collectively garnered over 200 citations, reflecting strong scholarly influence within sustainability engineering and intelligent manufacturing communities, making his work essential reading for researchers pursuing truly automated circular economy solutions.