 Keynote at the 2025 Wearable Robotics Association - Europe (WearRAcon Europe 2025) by Prof. Massimo SartoriProf. Massimo Sartori presents latest work from Neubotics Lab on the development of wearble sensing tehnologies for the real-time estimation of internal musculoskeltal forces and control of bio-protective exoskeletons to prevent for musculoskeletal injuries in occupational settings: https://www.aplusa.de/de/Programm/Fachforen_Austausch/WearRAcon_EuropeRead more Keynote at the 2025 Wearable Robotics Association - Europe (WearRAcon Europe 2025) by Prof. Massimo SartoriProf. Massimo Sartori presents latest work from Neubotics Lab on the development of wearble sensing tehnologies for the real-time estimation of internal musculoskeltal forces and control of bio-protective exoskeletons to prevent for musculoskeletal injuries in occupational settings: https://www.aplusa.de/de/Programm/Fachforen_Austausch/WearRAcon_EuropeRead more
 Donation of over €900,000 boosts UT research into retinal ageing and intestinal roboticsThe University Fund Twente has received a donation of more than €900,000 to support two innovative research projects at the University of Twente: halting retinal ageing in older adults and developing micro-robots that can travel through the gastrointestinal tract.Read more Donation of over €900,000 boosts UT research into retinal ageing and intestinal roboticsThe University Fund Twente has received a donation of more than €900,000 to support two innovative research projects at the University of Twente: halting retinal ageing in older adults and developing micro-robots that can travel through the gastrointestinal tract.Read more
 Keynote at the 2025 Wearable Robotics Association - Europe (WearRAcon Europe 2025) by Prof. Massimo Sartori Keynote at the 2025 Wearable Robotics Association - Europe (WearRAcon Europe 2025) by Prof. Massimo Sartori
 Donation of over €900,000 boosts UT research into retinal ageing and intestinal robotics Donation of over €900,000 boosts UT research into retinal ageing and intestinal robotics
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