Yoshiaki Fukazawa

Papers

Total Citations

H-Index

About

Yoshiaki Fukazawa’s research bridges robotics, human-computer interaction, and programming education, with a focus on making computational thinking accessible to young learners. His early work on the “SPEECH CONVERSATION SYSTEM OF THE MUSICIAN ROBOT” (1985, 5 citations) anticipated the integration of natural language and robotic performance, showcasing his long-standing interest in intuitive human-robot communication. More recently, Fukazawa has become a leading voice in educational robotics. His comparative study on programmable robots as tools for teaching programming (2015, 5 citations) demonstrated that hands-on, robot-based platforms can significantly boost both programming skills and learner motivation, offering a practical alternative to screen-based instruction. In his latest work (2024, 3 citations), he tackles the challenge of measuring complexity in visual programming languages—such as block, flow, AR-based, and robot-based paradigms—for elementary school students. By developing metrics to evaluate these diverse environments, Fukazawa provides educators with evidence-based tools to select age-appropriate programming platforms. His research directly supports the growing movement to introduce computational thinking early in education, ensuring that children can build foundational skills without linguistic barriers. Through decades of work, Fukazawa has shaped how we design and assess programming tools for the next generation.