Mohamed Hamlich

Papers

Total Citations

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About

Mohamed Hamlich is an emerging researcher whose work sits at the intersection of robotics, artificial intelligence, and sustainable manufacturing. His scholarship focuses primarily on robotic disassembly, human-robot collaboration, and remanufacturing — fields of growing importance as industries worldwide pursue circular economy principles and digital transformation. Hamlich's 2025 systematic review on the future of robotic disassembly offers a comprehensive examination of AI-driven, data-powered techniques that are reshaping how products are dismantled, demonstrating that robot-assisted approaches can meaningfully reduce cycle times and costs compared to traditional manual tear-down processes. Complementing this broad survey, his 2024 study on human-robot collaboration in remanufacturing applies these principles to the concrete challenge of computer disassembly, highlighting how cooperative human-machine systems can enhance both efficiency and worker safety in end-of-life product processing. Though early in his citation trajectory — with each paper accumulating 2 citations — Hamlich is staking out a timely and consequential research agenda. As sustainability mandates and automation technologies continue to converge, his contributions position him as a promising voice in the future of intelligent, responsible manufacturing systems.