Andreas Paczynski

University of Applied Sciences Ravensburg-Weingarten

Papers

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About

Andreas Paczynski is a researcher and educator specializing in mobile robotics, mechatronic systems, and interdisciplinary engineering education. His work centers on the development, control, and methodical design of autonomous mobile robots, with a particular focus on intelligent image processing and line-following algorithms. Paczynski’s most notable contribution is the creation of the mobile robot “MAX,” a mock-up of an automated guided vehicle (AGV) developed at Hochschule Ravensburg-Weingarten. This platform serves as a practical testbed for industrial material transport and production line connectivity. His research also advances the methodical development of innovative robot drives, providing design engineers with structured processes for creating complex mechatronic systems. Beyond technical achievements, Paczynski is recognized for pioneering interdisciplinary student projects that cultivate “coupling competence”—a key competency bridging mechanical engineering, mechatronics, and applied physics. His most cited work, “Development, Realization and Control of a Mobile Robot” (2011), has garnered 8 citations, reflecting its foundational role in mobile robotics education and applied research. Through his integration of hands-on project-based learning and systematic design methodologies, Paczynski has made a lasting impact on both robotics engineering and engineering pedagogy.