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We are thrilled to announce our latest breakthrough aimed at improving the mobility of those battling late-stage Parkinson’s disease. A study published in Nature Medicine: nature.com/articles/s4159… vimeo.com/879316061/5c84…

Are you interested in printed strain sensors for gesture identification and motion recognition? If so, please feel free to check out our recent review out in early access! Yeo Research Group @GT_HCIE GT_BioE Georgia Tech ME ieeexplore.ieee.org/document/10308…

Introducing LocoMuJoCo, the first imitation learning benchmark tailored towards locomotion! It comes with a diverse set of environments ranging from musculoskeletal models to the brand-new Unitree H1 robot, and also many motion capture datasets! github.com/robfiras/loco-…

Developed by two 19-year-old students, these gloves translate sign language into sound.

It's a fantastic day to share that GT_BioE student, Nathan Zavanelli , finished his PhD defense and became the 7th PhD graduate out of my group 🤩🤩 Cheer for your upcoming interviews and pray for your future endeavors 🙏🙏

Researchers unveil a wearable and multimodal material made by knotting shape-memory alloy wires into auxetic-architecture fabrics They can seamlessly adapt to skin contours and can deliver zone-specific tactile feedback to users. Check this out: ow.ly/gnQ550QaYkT

#AvailableForLicense: This #wearablerobotic #AI system is designed to restore, replace, or augment human functional capability—particularly ambulation—adapting to the individual’s gait and walking style to augment ambulation. #ambulationaugmentation licensing.research.gatech.edu/technology/ai-…

Exciting news! My new book, "Smart and Connected Wearable Electronics: Nanomanufacturing, Soft Packaging, and Healthcare Devices," is now available at shop.elsevier.com/books/smart-an…

Really looking forward to expanding our work using deep learning to create robust exoskeleton controllers with Matthew Gombolay CORE Robotics Lab!

Great way to send off 2023 with a very exciting new publication, where we show that a simple skinlike patch can objectively measure cognitive stress in real time based on cardiac mechanical signals!

This is a great opportunity; whoever takes this chance up will not regret it! #PhDposition #gradschool #research

Thank you Dr. Yeo! I will always have very fond memories of my time working under your guidance, and none of this would be possible without your mentorship. I look forward to continuing this work to improve lives through wearable healthcare as I progress in my academic career!

A lot of good work here - A breakthrough in our understanding of inflammation would have a huge impact. We’re already making solid progress towards that goal.

What a great achievement. Made even better knowing how many people you’ve helped and lives you’ve impacted along the way. And you’re just getting started. Congrats Dr. Yeo!

I am happy to share that I am organizing as guest editor a special issue on "Soft Electronics and Their Applications" in the Journal Electronics MDPI. Please consider submitting a manuscript! mdpi.com/si/207171 #mdpielectronics via Electronics MDPI

Meet ARCS Scholar Alum and recipient of the Imlay Foundation Global Impact Award and Carnovale Award, Nathan Zavanelli. He studied Bioengineering at Georgia Tech, where he investigated skin-like electronics and sensors for wearable healthcare monitoring. ARCS Foundation Inc.

I am happy to share that our recent study on a stretchable electronic skin incorporating printed strain gauges and pressure sensors is now in press. onlinelibrary.wiley.com/doi/10.1002/ad… Georgia Tech Georgia Tech ME GT_BioE ARCS - Atlanta

Next stop with U.S. National Science Foundation Director Dr. Sethuraman (Panch) Panchanathan: Softbotics Lab 🤖