YouTube / Ida Lab. Seminar
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SNSs of Ida Lab. Seminar
What is the Ida Lab. Seminar? How is the Ida Lab. Seminar? The students post topics and snapshots about the seminar.
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Students of Ida Lab. Seminar
We learn "biomechanics" to acquire the skill of observing "body motion".
Class of 2023-2024 (10th Generation): 21 Students
2023: Specialized Seminar
2024: Graduation Work
Slogan: Mindfulness
Class of 2022-2023 (9th Generation): 26 Students
2022: Specialized Seminar
2023: Graduation Work
Slogan: Free Thinking, Robust Achievement
Class of 2021-2022 (8th Generation): 25 Students
2021: Specialized Seminar
2022: Graduation Work
Slogan: A lab that makes someone happy
Class of 2020-2021 (7th Generation): 24 Students
2020: Specialized Seminar
2021: Graduation Work
Slogan: Fly high in the future!
Class of 2019-2020 (6th Generation): 24 Students
2019: Specialized Seminar
2020: Graduation Work
Slogan: Challenge to nothing special: Do profound things for simple things
Class of 2018-2019 (5th Generation): 25 Students
2018: Specialized Seminar
2019: Graduation Work
Slogan: Let's do our best together without being late
Class of 2017-2018 (4th Generation): 22 Students
2017: Specialized Seminar
2018: Graduation Work
Slogan: challenge everything
Class of 2016-2017 (3rd Generation): 18 Students
2016: Specialized Seminar
2017: Graduation Work
Slogan: Innovation
Class of 2015-2016 (2nd Generation): 16 Students
2015: Specialized Seminar
2016: Graduation Work
Slogan: Eternal Recurrence
Class of 2014-2015 (1st Generation): 20 Students
2014: Specialized Seminar
2015: Graduation Work
Slogan: KADODeeee!!
Scope of Ida Lab. Seminar
We approach the physical exercise of human using motion analysis technique. Our target includes anything concerning body movement such as skill of athlete, prevention of sports injury, behavior in daily life. The students learn background theories and experiment techniques, and will make a graduation thesis based on the data obtained through motion analysis experiments.
What is biomechanics?
In biomechanics, we will develop a better understanding of the structure and function of body on the basis of "force" and "motion". If you have an interest of, for example, "How does the movement of top athlete differ?" or "I want to learn a right motion", you will find a good research problem irrespective of your sports experience.