Shiloh Huff

Papers

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About

Shiloh Huff’s research lies at the intersection of human-robot interaction, educational technology, and accessible programming. Their most notable contribution is the development of DOROTHY, a pioneering educational tool that bridges the Alice 3D programming environment with autonomous robots. This system enables bidirectional communication of sensor data and commands, allowing users with no prior programming experience to rapidly create graphical routines for controlling robots. While DOROTHY (2013) has garnered 2 citations, its conceptual impact is significant—it represents an early, innovative effort to democratize robotics programming and lower barriers to entry in STEM education. Huff’s work anticipates later trends in block-based programming and tangible interfaces for robotics. By focusing on intuitive, visual programming environments, Huff has contributed to making autonomous systems more approachable for students and novice researchers. Their research underscores a commitment to inclusive design in computing education, demonstrating how creative tool-building can expand access to complex technical fields. Huff’s contributions remain relevant for those exploring accessible pathways into robotics and programming pedagogy.