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About

Mateusz Michalski is a robotics researcher whose work spans ultrasonic sensing, multi-axis control systems, and mobile inspection robots. His most influential contribution, "Distance Estimation With a Long-Range Ultrasonic Sensor System" (2009), with 59 citations, established foundational methods for precise proximity measurement using Polaroid 600 sensors and Sonar Ranging Modules—critical for autonomous navigation in cluttered environments. He also developed the "Universal Multiaxis Control System for Electric Drives" (2012), a versatile platform enabling rapid prototyping of robotic kinematic structures and multi-axis synchronization tasks, serving as a testbed for advanced control algorithms. Michalski’s notable achievements include designing the SAFARI wall-climbing inspection robot, which autonomously selects leg movement sequences while respecting geometric constraints and handling emergencies, and the quadruped walking robot WR-06, integrating control and sensor subsystems. His work on robust trajectory tracking with control vector constraints further advanced manipulator control under real-world limitations. With a career focused on practical, sensor-driven robotics, Michalski’s contributions continue to influence autonomous inspection systems and electric drive control, offering students and researchers a model for bridging theoretical control with deployable hardware solutions.