Cognitive Neuroscience Robotics – Part A

Overview

Explore the fascinating field of Cognitive Neuroscience Robotics, a dynamic interdisciplinary domain that bridges cognitive science, neuroscience, and robotics to develop advanced information and robot technology systems. This pioneering course, offered on edX, delves into the higher functions of the human brain, shaping the foundation of new technological systems.

Participants will be introduced to two main methodologies:

the synthetic and the analytic approach.

The synthetic or engineering approach focuses on comprehending human cognitive functions by creating artificial systems, such as robots, inspired by neuroscience and physiology insights. These systems are designed to acquire intelligent behaviors through social interactions and environmental engagement.

Conversely, the analytic approach involves a meticulous investigation of human cognitive activities, supported by the brain's higher functions.

Through psychological experiments and brain imaging, specialists like psychologists, cognitive scientists, and medical doctors strive to unravel the mind's mechanisms and its biological underpinnings, with contributions from engineering and philosophy.

This course is an exceptional opportunity for students eager to lay the groundwork for interdisciplinary research. It provides an understanding of various disciplines and fosters collaboration and idea exchange among students from diverse fields.

We welcome motivated individuals to join this innovative program, categorized under Neuroscience Courses, Engineering Courses, and Physiology Courses on edX.

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Taught by

Minoru Asada, Hiroshi Ishiguro, Koh Hosoda and Yukie Nagai

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Subjects