Department of Biomechanical Engineering (BE)

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Neuromuscular Robotics

Prof. Massimo Sartori talks at Delsys Live Webinar on Wearable Robotics🤖 Webinar Speaker Alert: Round 2! 🤖
The future of wearable robotics is getting closer, and our next speaker is leading the way.
👉 Meet Massimo Sartori
University of Twente – NeuBotics Lab

🔍 What you’ll discover:
How bioelectrical recording and numerical modelling can decode spinal motor neuron activity and reveal real-time musculoskeletal function in moving humans.
Prof. Sartori will also share how this approach is driving bionic limbs and robotic exoskeletons designed to assist, reshape, and restore human movement, improving health span and quality of life.

🎓 About Massimo
Massimo Sartori is a Full Professor and Head of Neuromuscular Robotics at the University of Twente and Director of the NeuBotics Lab. His work combines neural interfacing with real-time neuromusculoskeletal modelling to develop symbiotic robotic exoskeletons and bionic limbs for movement restoration. He has co-developed open-source platforms such as CEINMS-RT and MyoSuite and received multiple European Research Council grants. He currently co-chairs the IEEE RAS Technical Committee on BioRobotics and serves as Associate Editor of IEEE Transactions on Neural Systems and Rehabilitation Engineering.

🚀 Ready to see neuroscience power the next generation of robotics?
We’re a month away from our wearable robotics webinar! Secure your spot and explore the future of movement.

🔗 https://lnkd.in/eSReNaBD
Mon 9 Mar 2026
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Prof. Massimo Sartori gives invited talk at the 4th Nature Conference on flexible electronics, AI in healthcare in April 8-10, 2026.In this, the 4th Nature Conference on the general theme of “flexible electronics”, we will focus on how these emerging technologies can facilitate the understanding of human disease or physiological conditions, or more generally be applied to facilitate improvements in human health and wellbeing. The program will cover sessions on electronic devices/materials for sensing and modulation of biological systems, wearable and implantable technologies for healthcare, AI-powered medical devices, and brain-computer interface. The goal is to bring together experts from materials science and engineering, biomedical engineering, computational science and clinicians to foster thoughtful discussion, debate and collaboration for the advancement of biologically and biomedically relevant research in flexible electronics and beyond.
Mon 5 Jan 2026
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