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About

Louis Major is an educational technology researcher whose work sits at the intersection of computer science education, dialogic learning, and innovative pedagogical tools. Best known for his systematic investigation into robot-based programming instruction, Major has made significant contributions to understanding how novice learners can be supported in one of computing education's most persistent challenges. His highly cited systematic literature review on teaching programming with robots (2012, 69 citations) established an important evidence base for the field, revealing both the promise and limitations of physical and simulated robotic environments as learning tools. This work directly motivated his development of Kebot, a purpose-built robot simulator evaluated through rigorous multi-case study methodology, demonstrating that simulated robots can serve as effective, accessible alternatives to physical hardware in introductory programming courses. Beyond computing education, Major has made a notable theoretical contribution to dialogic education through his examination of Martin Buber's philosophical framework and its application to educational technology (2018, 59 citations). This work thoughtfully critiques and extends Buber's concept of dialogic space, arguing for a more nuanced understanding of how technology mediates meaningful educational dialogue. Together, Major's body of work — spanning empirical studies, systematic reviews, and educational philosophy — reflects a researcher committed to both rigorous evidence and deeper theoretical understanding of how technology shapes learning.