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TESP-Robotics is a two-week summer program for graduate students providing a series of graduate level lectures and hands-on activities in laboratory. All will be taught in English by experienced professors of the Graduate School of Engineering, Graduate School of Information Sciences, and Graduate School of Biomedical Engineering. Engineering students of Tohoku University will also support the program. We welcome young professionals from our partner institutions around the world to take this opportunity to experience an inspiring and challenging summer in Sendai, Japan.
TESP-Robotics is a two-week summer program for graduate students providing a series of graduate level lectures and hands-on activities in laboratory. All will be taught in English by experienced professors of the Graduate School of Engineering, Graduate School of Information Sciences, and Graduate School of Biomedical Engineering. Engineering students of Tohoku University will also support the program. We welcome young professionals from our partner institutions around the world to take this opportunity to experience an inspiring and challenging summer in Sendai, Japan.
Head Coordinator
Head Coordinator
Professor, Dr. Kimitoshi Yamazaki
Professor, Dr. Kimitoshi Yamazaki
Department of Robotics, School of Engineering
Department of Robotics, School of Engineering
Teaching and Working Methods
Teaching and Working Methods
The scheduled parts of the course consist of lectures, laboratory works (group project)
The scheduled parts of the course consist of lectures, laboratory works (group project)
Eligibility
Eligibility
Graduate-level students
TU partner institutions or universities individually invited to the program
Fluent in English
Background knowledge
Laboratory experience
Laboratory Work/Activities
Laboratory Work/Activities
Participants have an opportunity for the hands-on laboratory to implement and examine the ideas taught in the lectures. Pick up one laboratory from the suggested options. The activities are conducted in groups. A presentation session to report the results of the hands-on activities is scheduled on the final day of the program.
Participants have an opportunity for the hands-on laboratory to implement and examine the ideas taught in the lectures. Pick up one laboratory from the suggested options. The activities are conducted in groups. A presentation session to report the results of the hands-on activities is scheduled on the final day of the program.
Selective from the following topics:
Sensing and Robot Control, Assistive Robot
Snake Robot, Neural Circuits, Learning
Molelcular Robotics, Artificial Cell Engineering, Synthetic Biology
Robot Vision, Computer-Human Interaction
Mobile Robot Navigation, Mobile Manipulation
Rough terrain mobility, Disaster response robots
Lectures
Lectures
Participants are expected to attend all lectures below.
Rescue Robotics
Human-Robot Interaction
Haptic Interface
Robot Vision
Medical Robotics
Molecular-size Robotics
Biologically Inspired Robotics
Robotic Systems
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