Urs Hauser

Papers

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About

Urs Hauser is a leading voice in computer science education, with a focused research agenda at the intersection of problem solving, creativity, and tangible learning. His most-cited work, "Problem Solving and Creativity: Complementing Programming Education with Robotics" (2020, 10 citations), makes a compelling case for integrating robotics into K-12 curricula. Hauser argues that the direct feedback and tangible nature of robots serve as powerful motivators, engaging students in STEM fields far beyond traditional screen-based coding. By highlighting the success of global competitions like FIRST and Robo Games, he demonstrates how physical computing fosters deeper problem-solving skills and creative thinking. This seminal paper has become a touchstone for educators seeking to bridge the gap between abstract programming concepts and real-world application. Hauser’s contributions are particularly notable for their practical, evidence-based approach, offering a clear roadmap for schools to leverage robotics as a complement—not a replacement—to conventional programming education. His work continues to influence curriculum design and inspire a new generation of students to see computing as a creative, hands-on discipline.