Matthew Berland

University of Wisconsin–Madison, The University of Texas at San Antonio, Northwestern University

Papers

Total Citations

200

H-Index

About

Matthew Berland is a leading researcher at the intersection of computational thinking, constructionist learning, and embodied interaction. His work fundamentally reimagines how novices—particularly young students—engage with computer science by moving programming from a solitary, stationary task to a mobile, social, and physically active experience. Berland’s most influential contribution is his 2015 study comparing virtual and physical robotics environments for supporting complex systems and computational thinking, which has garnered 182 citations and established a foundational framework for the field. He is the creator of the IPRO (Interactive Programming) environment and the “Programming Standing Up” (PSU) framework, which reframes coding as a collaborative, full-body activity where students control robot agents through simplified languages in competitive and cooperative tasks. His dissertation project, Vbot, further advanced these ideas by demonstrating how middle-school students can develop sophisticated fluencies in computational and complex systems thinking using constructionist virtual and physical robotics. Berland’s work has been pivotal in demonstrating that embodied, social approaches to computing can make programming more accessible, engaging, and educationally powerful for diverse learners.