Dan Clifton

Papers

Total Citations

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About

Dan Clifton is a robotics engineer whose work focuses on accessible, customizable autonomous systems. His most cited paper, "Autonomous mobile robot platform with multi-variant task-specific end-effector and voice activation" (2016, 2 citations), demonstrates a pioneering approach to democratizing robotics through 3D printing. Clifton designed a Polylactic acid (PLA) robot capable of operating in three distinct modes—remote control, autonomous navigation, and voice activation—showcasing how additive manufacturing can simplify the construction and implementation of versatile robotic platforms. This work highlights his core contributions to low-cost, modular robotics, where task-specific end-effectors allow a single platform to perform multiple functions. While his citation count is modest, Clifton's research is notable for its practical, hands-on methodology, bridging the gap between theoretical robotics and real-world accessibility. His achievements include advancing the use of 3D printing in robot design, making sophisticated automation more attainable for students and small-scale researchers. For those interested in the intersection of manufacturing technology and autonomous systems, Clifton’s work offers a compelling blueprint for building adaptable, voice-controlled robots from affordable materials.