Science and neuromechanics for applications in rehabilitation, robotics, and neuroscience. Bio: https://xitter.cf/t.co/AvK4qxYbEq Book: https://xitter.cf/t.co/Kj8ohSu6zv

Los Angeles, CA
Joined August 2016
Naming celebration of the Alfred E Mann Department of Biomedical Engineering ⁦@USC⁩ ⁦@USCViterbi⁩
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Wonderful first day at the #NSF #DARE2023 conference, capped off by dinner in the historic LA Coliseum & an incredible unexpected drone show! ✨ Excited about the future of computational neurorehab!✨ Thank you @ValeroLab @jamesmfinley @neuroamyo & Kat Steele for organizing!
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Ok, let's do this! #SfN22 #neuroscience2022 #SanDiego @SekiLabs @ValeroLab – at San Diego, CA
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ValeroLab retweeted
Nature Machine Intelligence@NatMachIntell16 Sep 2022
How to design a walking robot with animal-like locomotion learning capabilities - a N&V by @ValeroLab and Andrew Erwin. View-only pdf here rdcu.be/cVJ3C full link nature.com/articles/s42256-0…
ValeroLab retweeted
CNN
@CNN1 Sep 2022
At the University of Southern California, professors and students are looking to the animal world to design four-legged robots that can learn to overcome obstacles and unexpected terrain cnn.it/3KD1wEc
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Check out the labs of Prof Nguyen and Prof Valero Cuevas via @cnn @ValeroLab @usc @usc_ame @uscbme #robots #tech
CNN
@CNN1 Sep 2022
At the University of Southern California, professors and students are looking to the animal world to design four-legged robots that can learn to overcome obstacles and unexpected terrain cnn.it/3KD1wEc
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A team of Japanese researchers have developed tendon-driven robots and have 114 joint degrees of freedom. Take a break from your day to watch these limber robots do push-ups, crunches, stretch, and break a sweat while they're at it. ow.ly/Y7TY30htd8c
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