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About

Tomasz Winiarski is a prominent robotics researcher whose work centers on robot control system design, motion generation, and multi-robot coordination. Best known for developing the MRROC++ robot programming framework — validated dramatically through a Rubik's cube-solving demonstration (37 citations) — Winiarski has dedicated his career to bridging the gap between hardware-oriented and task-oriented robot control. His 2009 paper on motion generation within MRROC++ (79 citations) established a foundational three-behavior model encompassing free motion, force exertion, and their transitions, providing a rigorous formal language for specifying robot-environment interactions. Winiarski has consistently advanced systematic methodologies for designing service and field robot control systems, including multi-agent architectures and variable-structure approaches such as the RAPP framework (35 citations). His practical contributions span reconfigurable robotic fixtures for manufacturing, redundancy-aware impedance control for door-opening tasks, multi-sensory feedback control, and indirect force control development. More recently, his TaskER framework (2020) addressed the unique scheduling challenges robots face when operating safely alongside humans. With over 300 cumulative citations across his top works, Winiarski's research has meaningfully shaped how modern service robots are programmed, structured, and deployed in complex real-world environments.