Jaap Boender

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About

Jaap Boender’s research lies at the intersection of functional programming, robotics, and computer science education. His most influential work centers on integrating physical computing into foundational curricula, demonstrating that tangible, robotic platforms can make abstract programming concepts concrete and engaging for novice learners. Boender’s landmark paper, “Teaching Functional Patterns through Robotic Applications” (2016, 6 citations), presents a holistic pedagogical approach for first-year students at Middlesex University, using robotics to teach functional programming and emphasizing cross-disciplinary connections. Building on this, his introduction of the MIddlesex RoboTic platfOrm (MIRTO) in 2018 (3 citations) provided an open-source, physical manifestation of software engineering principles, bridging theory and practice. Though modest in citation counts, these works have had a formative impact on educational practice, influencing how programming is taught in early undergraduate years. Boender’s contributions are notable for their practical, student-centered design, making him a key figure in the movement to revitalize computer science education through hands-on, project-based learning.