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Faster, higher, stronger: Improving how we move whether we’re disabled or Olympic athletes
Manage episode 402337658 series 3341547
Treść dostarczona przez Mary Ito. Cała zawartość podcastów, w tym odcinki, grafika i opisy podcastów, jest przesyłana i udostępniana bezpośrednio przez Mary Ito lub jego partnera na platformie podcastów. Jeśli uważasz, że ktoś wykorzystuje Twoje dzieło chronione prawem autorskim bez Twojej zgody, możesz postępować zgodnie z procedurą opisaną tutaj https://pl.player.fm/legal.
Humans are complex beings.
And one of the most perplexing puzzles that John McPhee is trying to figure out – is how we move.
It’s a question that’s fascinated him for most of his life.
And during his 30+ years as a systems design engineer, he’s come up with remarkable achievements:
everything from improving electric and autonomous vehicles, developing exoskeletons for stroke patients, and increasing the performance of Olympic and pro athletes.
His lab even developed a hockey blade that allows hockey players to skate faster.
As well as a baseball pitching machine that can replicate every baseball pitch ever produced in the last ten years. Even Garrit Cole’s.
Canada's leading expert in systems dynamics John McPhee shares his amazing inventions and how he’s advancing the way we move.
Info on Guest:
John McPhee is the Canada Research Chair in Biomechatronic System Dynamics and Professor in Systems Design Engineering at the U of Waterloo. In 2021, Stanford University named him among the top 2% of scientists in the world.
For more on his research and inventions: https://uwaterloo.ca/systems-design-engineering/profile/mcphee
To watch a video on his work: https://uwaterloo.ca/systems-design-engineering/contacts/john-mcphee
Add’l Info:
We’d really appreciate your support! Please rate our podcast and subscribe and follow us on social @CRAMideas. Thanks for listening!
We’d really appreciate your support! Please rate our podcast and subscribe and follow us on social @CRAMideas. Thanks for listening!
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