Steve Richards

Carnegie Mellon University, Trinity College

Papers

Total Citations

196

H-Index

About

Steve Richards is a pioneering figure in educational robotics, whose work has fundamentally shaped how robotics is taught at the secondary and undergraduate levels. His primary research areas center on accessible robotics curriculum design, low-cost hardware development, and the assessment of project-based learning. Richards’s most significant contribution is the creation of the **Robotic Autonomy Mobile Robotics Course**, a landmark 2004 paper (154 citations) that established a comprehensive framework integrating robot design, curriculum, and educational assessment. This work provided a replicable model for bringing authentic engineering challenges into the classroom. He further democratized the field by leading the design of the **Trikebot**, a low-cost, expressive educational robot detailed in his 2004 paper (33 citations). This ground-up design effort focused on affordability and engagement, making robotics accessible for home and secondary education. In his 2020 work on effective practices in robotics education (9 citations), Richards synthesized decades of experience from his role in the influential ASEE CoEd workshops, offering evidence-based strategies for integrating robotics from the first year of study onward. Through these contributions, Richards has empowered countless educators to use robotics as a powerful vehicle for teaching engineering, programming, and systems thinking.