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About

Dariusz Szybicki is a prominent researcher specializing in industrial robotics, automation, and advanced manufacturing technologies, with a particular focus on aerospace applications and human-robot interaction. His work spans robotic programming methodologies, quality control systems, and intelligent manufacturing processes, making significant contributions to the modernization of industrial production. Szybicki's most impactful contribution — "Programming of Industrial Robots Using Virtual Reality and Digital Twins" (2020, 110 citations) — introduced an innovative approach to robot programming by synchronizing virtual reality environments with digital twins of physical robotic stations, revolutionizing how operators interact with industrial systems. This work is complemented by his research on laser tracker-based robot programming and VR-based operator training, collectively advancing intuitive and precise robot deployment. His aerospace-oriented research is equally distinguished, encompassing robotic deburring, compressor blade grinding with neural-network-guided force control, and 3D scanner-assisted turbine component inspection. These contributions directly address critical manufacturing challenges in aircraft engine production. His development of ultrasonic transmission tomography-based robotic quality control stations further demonstrates his commitment to automated precision inspection. With over 320 total citations across his key publications, Szybicki's interdisciplinary expertise bridging robotics, virtual reality, and aerospace manufacturing positions him as a valuable reference for researchers pursuing intelligent automation and advanced industrial systems.