Monozukuri: Japanese Art of Making Things
Discover the core principles of Monozukuri manufacturing by examining engineering fundamentals and applications through industry cases and student initiatives.
Discover the core principles of Monozukuri manufacturing by examining engineering fundamentals and applications through industry cases and student initiatives.
This course provides a comprehensive introduction to Monozukuri, the Japanese art of manufacturing with precision. Through a blend of theoretical concepts and practical applications, students learn fundamental engineering principles including thermodynamics, fluid dynamics, and machinery dynamics. The course features a unique hands-on approach where learners engage in practical projects, such as building a pop-pop steamboat or milk-carton boat. Participants gain insights into Japanese craftsmanship through interviews with craftsmen and student organizations, exploring the philosophy behind Japan's renowned manufacturing quality. The curriculum combines traditional engineering education with experiential learning principles, making it ideal for those interested in both technical knowledge and cultural manufacturing practices.
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What you'll learn
Understand fundamental engineering concepts including thermodynamics and fluid dynamics
Master the principles of Japanese Monozukuri craftsmanship and philosophy
Apply experiential learning principles through hands-on projects
Develop practical skills in precision manufacturing and design
Gain insights into Japanese industrial manufacturing practices through real-world examples
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This course explores the Japanese concept of Monozukuri, combining engineering principles with hands-on manufacturing experience. Students learn fundamental concepts in thermodynamics, fluid dynamics, and machinery design while engaging in practical projects. The curriculum integrates traditional Japanese manufacturing philosophy with modern engineering practices, featuring insights from industry professionals and student organizations. Through experiential learning, students understand both the technical and philosophical aspects of precision manufacturing, gaining practical skills through projects like building small steamboats.
Fee Structure
Instructors
1 Course
Pioneering Researcher in Biomechanics and Biomimetic Robotics
Hiroto Tanaka is a distinguished Associate Professor at the Institute of Science Tokyo (formerly Tokyo Institute of Technology), where he leads groundbreaking research in biomechanics and fluid dynamics. His academic journey includes degrees from The University of Tokyo, followed by a JSPS Research Fellowship and postdoctoral work at Harvard SEAS. Currently heading the Aero/Aqua Biomimetics Lab, he specializes in studying flying and swimming animals to develop innovative biomimetic robots. His teaching portfolio includes the renowned "Monozukuri: Making Things" MOOC course on edX, where he introduces fundamental engineering concepts including thermodynamics, fluid dynamics, and machinery dynamics. His research has garnered significant attention in the field of biomimetics, with notable publications on insect flight systems, programmable matter, and robotic wing mechanisms. Tanaka's expertise extends to teaching specialized courses in biomechanics, fluid dynamics, and biomimetic design, combining theoretical knowledge with practical applications in robotics and engineering. His work has contributed significantly to understanding animal locomotion and its applications in robotic systems, particularly in the development of flapping-wing robots and penguin-inspired swimming mechanisms
1 Course
Biomimetic Robotics Researcher and Educational Innovator
Cesar A. Hernandez Reyes is a dedicated researcher and doctoral candidate in the Department of Systems and Control Engineering at Tokyo Institute of Technology, where he works under the supervision of Prof. Daisuke Kurabayashi. His academic journey includes a Bachelor's degree in Mechatronics Engineering from Universidad de Monterrey in 2015 and a Master's degree in Systems and Control Engineering from Tokyo Tech in 2018. His research focuses on biomimetic robotics, particularly investigating insect olfactory search behaviors and their applications in robotic systems. As a Teaching Assistant at Tokyo Tech's Online Education Development Office since 2019, he has contributed to course development and educational innovation. His research portfolio includes significant publications in prestigious journals, with works focusing on animal-in-the-loop systems, adaptive behavior studies, and the development of novel approaches to understanding chemical plume tracing based on silkworm moth behavior. Hernandez Reyes combines his technical expertise in robotics with a commitment to advancing educational methodologies, making complex engineering concepts accessible to students through online learning platforms.
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