Manuela De Maddis

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About

Manuela De Maddis is a leading researcher in advanced manufacturing and materials joining technologies, with a primary focus on laser-based welding processes for thermoplastics. Her most significant contribution lies in pioneering the integration of robotics into quasi-simultaneous laser welding (QSLW), a breakthrough that expands the flexibility and precision of polymer joining for industrial applications. Her seminal 2025 paper on robot-assisted QSLW, which has already garnered 4 citations, demonstrates the feasibility of replacing traditional fixed optics with robotic arms, enabling complex geometries and adaptive manufacturing. De Maddis’s work addresses critical challenges in lightweight construction and automotive assembly, where thermoplastic components are increasingly vital. Her research bridges the gap between conventional laser welding and Industry 4.0 automation, offering scalable solutions for high-throughput production environments. By systematically characterizing weld quality, thermal effects, and process parameters in robotic systems, she has established foundational knowledge for future smart factories. Her achievements position her as a rising authority in laser materials processing, with her work cited by peers exploring hybrid joining techniques and robotic automation. For students and researchers, De Maddis exemplifies how interdisciplinary innovation—combining robotics, optics, and materials science—can transform traditional manufacturing processes into agile, digitally integrated systems.