Papers
6
Total Citations
459
H-Index
5
About
Moshe Barak is a leading figure in technology and engineering education, whose work has fundamentally shaped how robotics and project-based learning are integrated into STEM curricula. His research centers on the intersection of hands-on technological practice and the development of higher-order cognitive skills, particularly self-regulated learning. Barak’s most influential contribution is his articulation of the P3 Task Taxonomy—Practice, Problem Solving, and Projects—a framework for designing and assessing robotics assignments that move students beyond simple technical execution. His seminal 2016 paper on this taxonomy has garnered 187 citations, while his earlier 2007 work on robotics projects and conceptual learning in science and technology has accumulated 184 citations, underscoring his lasting impact on the field. A key insight from Barak’s research is the critical distinction between “doing” and “doing with learning.” He has demonstrated that experienced engineering teachers often default to teaching only the technical side of project work, thereby missing opportunities to cultivate students’ broad learning capabilities. His 2012 paper on promoting self-regulated learning in high school technological projects directly addresses this gap, offering a reflective model for educators. Beyond robotics, Barak has explored systems thinking and programming in electronics education, and his foundational work at the Technion on computerized process control instruction remains a touchstone for integrating theory, self-learning, and lab work.
Research Focus
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