Chase Gladish

Papers

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About

Chase Gladish is a researcher whose work sits at the intersection of human-robot interaction, accessible programming, and creative robotics. His most recognized contribution, the "Improv" system (2018), addresses a critical barrier in robotics: the steep learning curve of traditional programming toolchains. By designing a high-level programming language specifically for educators, artists, and non-technical users, Gladish enables rapid, intuitive generation of robot motion without requiring deep technical expertise. This work, while still emerging with 3 citations, has laid important groundwork for democratizing robotics and lowering the entry threshold for creative and educational applications. Gladish’s research is particularly notable for its focus on usability and expressiveness, bridging the gap between complex robotic systems and human creativity. His contributions are especially relevant for researchers and students interested in end-user programming, human-robot collaboration, and the future of accessible technology. As the field of robotics expands beyond engineering labs into classrooms and studios, Gladish’s work offers a compelling vision of how intuitive tools can empower a broader range of people to engage with and shape robotic behavior.