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About

Jozef Varga is a robotics and automation engineer whose research spans industrial robot design, robotic workcell development, and emerging applications in additive manufacturing and remote education. With a career centered on advancing practical robotics solutions, Varga has made notable contributions to the design of adaptive robotic tooling, most prominently through his work on modular gripper systems for industrial robots — his most cited contribution, having garnered 16 citations — which introduced variable finger configurations to accommodate diverse manipulation tasks. His research extends to robotic workstation simulation and virtual design, predictive maintenance through vibrodiagnostics on industrial platforms such as the KUKA robot, and the behavioral analysis of delta robots following mechanical collisions. Varga has also demonstrated a strong interest in robotics education, designing web-accessible remote laboratories to support programming training for industrial and service robots. More recently, his work has ventured into multi-axis robotic additive manufacturing, exploring the design constraints of non-planar curved profile fabrication. Across more than a decade of publishing, Varga's cumulative impact reflects a consistent commitment to bridging theoretical robotics research with tangible industrial and educational applications.