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About

K.A. Knowles has made enduring contributions to robotics education, focusing on the pedagogical principles and practical tools needed to train the next generation of robotic engineers. Their most influential work, "Modern robotics engineering instruction" (2003, 38 citations), establishes three core tenets for teaching in this rapidly evolving field, arguing that a modern robotic engineer must possess both deep knowledge and hands-on experience. This foundational philosophy was put into practice with the development of a pioneering instructional robotics and machine vision laboratory at the US Naval Academy (1994, 17 citations), featuring 16 identical stations equipped with robot arms, vision systems, and speech synthesis. Knowles also advanced the field of reconfigurable robotics with their design of magnetically-coupled modular robots (2004, 8 citations), creating modules with on-board computation and IR communication. More recently, they have focused on lowering barriers to entry in robotics education by developing a MATLAB toolbox for the widely-used Intelitek Scorbot (2020, 2 citations) and advocating for MATLAB-based control in undergraduate labs (2020, 2 citations). Their work bridges theory and practice, equipping students with the tools and mindset for modern robotics.