So excited!

DM me if you want to chat about my poster 👋

If you're at #SEBconference come check out my talk on Thursday. It's about insect strain sensors and 3D-printing! Have a nice conference everyone ☺️ NeuroMINT WVU Statler College

Finishing off the first session was a brilliant talk by Gesa Dinges which highlighted the importance of strain sensor arrangement in insect legs with some very innovative biomimetic 3D-printing

📸First #sneakpeek at last night: Lot of interest at our panel discussion “From Animals to Robots: How Transatlantic Neuroscience Advances Engineering” at the German House in #NYC!🇩🇪🇺🇸Thanks to all who joined us🙏 recording to follow🔜 DWIH New York DFG North America German Consulate General NY @AFAvH

More exciting #neuroscience events! 🥳 On route to the German Embassy in #WashingtonDC, where the #C3NS network scientists will present their work & discuss advancing #robotics through transatlantic research collaboration. 🤖🪰🐭@GermanyinUS For more info: dwih-newyork.org/en/event/neuro…

➡️Recap: This afternoon in #Washington, DC: Speakers luncheon, followed by a discussion about innovative transatlantic research in #neuromechanics with the C3NS scientists, our partner organizations, and interested attendees at the German Embassy! 🤖🪰🐭🔬 German Embassy Washington

Thank you #GermanEmbassy for the great day!

Ready for #SfN23 to begin

What do you do if your sensory system of interest is too small to record from? 3D print a bigger version, instrument it, and record from it, instead! Check out EE23 and talk to Gesa about her work! #SfN23 WVU Mechanical and Aerospace Engineering Research

🎥WATCH NOW: The video recording of "From Animals to Robots: How Transatlantic #Neuroscience Advances Engineering" panel discussion is now online on the Universität zu Köln #YouTube channel!🤖🐭🪰 youtube.com/watch?v=3qFAWO… DFG North America DWIH New York German Consulate General NY @AFAvH U.S. National Science Foundation Uni Cologne INTERNATIONAL

Thanks to ASME.org for running a description of our past and future research! WVU Mechanical and Aerospace Engineering Research asme.org/topics-resourc…

How to understand how the insect CNS detects strains in its exoskeleton during behavior? Take a nanoCT scan of the leg, 3D print a copy from resins with cuticle-like properties, attach strain gauges, and yank on it real hard! doi.org/10.1088/1748-3… Gesa Dinges WVU Mechanical and Aerospace Engineering Research