The Exoskeleton and Prosthetic Intelligent Controls (EPIC) Lab at Georgia Tech | Led by Dr. Aaron Young | @GeorgiaTech

Atlanta, GA
Joined December 2019
Great new work from @GT_EPIC_Lab ! Moving Assistive Mobility Forward with AI presents an exoskeleton controller that holistically captures major terrain variations encountered during community walking in real-time🤖👨‍🔬💫💫 research.gatech.edu/robotics…
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Proud and excited to finally share this awesome project in Nature! We used a real-time data-driven estimate of biological joint moment as a continuous, task-agnostic signal to base our exoskeleton actuator torque around. nature.com/articles/s41586-0…
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Engineers in @MEGeorgiaTech @GT_EPIC_Lab have created an AI-driven controller for robotic exoskeletons that helps users in dozens of real-world tasks — even those it wasn’t trained for. Out today in @Nature: b.gatech.edu/40Eq75C
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EPIC Lab retweeted
Wearable robots that assist leg movements could transform the lives of people with reduced mobility — but only if the devices can adapt in real time to support a vast range of human activities go.nature.com/48LTvZy
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Check out PoWeR labbies at ASB 2024! We’re showcasing the lab’s awesome work through posters/thematic sessions, plus @KJakubowski26 @jenniferleestma leading some great convos in their symposiums! @AmSocBiomech
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Our new paper is out now - "A data-driven approach to estimate human center of mass state during perturbed locomotion using simulated wearable sensors" in Annals of Biomedical Engineering! Paper: doi.org/10.1007/s10439-024-0… @GT_EPIC_Lab @GT_PoWeR_Lab @gregory_sawicki
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Researchers at Georgia Tech, including Associate Professor Gregory S. Sawicki and recent graduate Jordyn Schroeder, have seen evidence that regular wearing of high heels demonstrated changes in the calf muscle & Achilles tendon providing further benefits. B.gatech.edu/4aVnXAA
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I'm excited to share our new paper "Dynamic duo: Design and validation of an autonomous frontal and sagittal actuating hip exoskeleton for balance modulation during perturbed locomotion" in IEEE Robotics & Automation Letters! Paper: ieeexplore.ieee.org/abstract…
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Aaron Young, associate professor in the Woodruff School, and his team have developed a universal approach to controlling robotic exoskeletons that requires no training, no calibration, and no adjustments to complicated algorithms.
A big hurdle to real-world use of robotic assistance devices like exoskeletons is the calibration & training required for users. What if that wasn’t needed @GT_EPIC_Lab researchers describe a controller in @SciRobotics that’s a key step in that direction. b.gatech.edu/3THqXdY
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A big hurdle to real-world use of robotic assistance devices like exoskeletons is the calibration & training required for users. What if that wasn’t needed @GT_EPIC_Lab researchers describe a controller in @SciRobotics that’s a key step in that direction. b.gatech.edu/3THqXdY
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A huge thank you to @J_Exp_Biol for this recognition and highlighting our paper on this year's shortlist for the Outstanding Paper Prize! Check out the shortlisted and winning papers in the JEB news article below. @GT_PoWeR_Lab @GT_EPIC_Lab @gregory_sawicki
Congrats to all of the ECRs whose research was shortlisted for the 2023Outstanding Paper Prize @jarrodpetersen4 @sammiefontaine @TattersallG @jenniferleestma @mattinamarie @Grev16 @iamamitraizada @EricksonFishLab @MarcoGraziano @XEBernal @Thuenen_aktuell journals.biologists.com/jeb/…
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Look forward to the seminar of Prof. Aaron Young from @GT_EPIC_Lab
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A huge thank you to @MEGeorgiaTech for this fellowship and recognition! It's been such a joy to work with bright and inquisitive undergrad researchers over the last four years. Mentoring rocks.
Jennifer Leestma, a graduate student in the George W. Woodruff School of Mechanical Engineering, recently received a Woodruff School fellowship in recognition of her dedication to mentoring students. Bit.ly/Leestma
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I’m excited to share that I’ve joined Neuromuscular Biomechanics Lab at Stanford (@StanfordNMBL) as a Postdoc Scholar starting Sept! Big thanks to my mentors, lab mates, and friends at @GT_EPIC_Lab and @MEGeorgiaTech for their support during my graduate studies
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Start #RehabWeek2023 off on the right foot at our workshop on balance control for lower-limb prostheses & exoskeletons! @EdwinAsseldonk and I are looking forward to insightful talks & discussion from our esteemed speakers. Register at rehabweek.org!
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Excited to have completed my PhD @GTrobotics and have started a role @JHUAPL! I'm looking forward to contributing to impactful research efforts on robotic autonomy to support national security. Very thankful for the support of many mentors, friends, and family.
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Incredible second day @NextProf_Engin! I’ve learned a ton about applying to and starting a faculty career and have had a blast meeting other aspiring academics. Huge thanks to @gatechengineers @UMengineering @Cal_Engineer for organizing such a helpful and comprehensive event. – at Atlanta, GA
Dozens of aspiring engineering faculty members are at Georgia Tech this week to learn what that path really means and prepare for their careers. We’re proud to welcome them w/our partners @Cal_Engineer & @UMengineering. b.gatech.edu/3Ejufvk
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Two proud papas! Great run for @BA_Shafer bridging @GT_PoWeR_Lab and @GT_EPIC_Lab over the past 5 years coming to an end. Be on the lookout for Ben’s papers comparing performance of hip vs. ankle exoskeletons to increase overground self-selected walking speed.
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Now introducing Dr. Ben!! Huge congratulations to @BA_Shafer for successfully defending his dissertation! Ben’s work focused on exos for older adults to improve self-selected walking speed. Ben is also the first PhD grad co-advised with @GT_EPIC_Lab! – at Atlanta, GA
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