SWAG Project

🚶♂️ Advancing exoskeleton testing with Viscoelastic Dummies! 🤖 A new study from the University of Florida tests a powered exoskeleton on a humanoid dummy made of ballistic gel, simulating human soft tissues like muscle and fat. This method improves #exoskeleton design by accounting for energy loss due to tissue deformation, a factor often missed in rigid models. 💡Key takeaway: Soft tissue absorbs energy during exoskeleton use, impacting power transfer to joints. This innovative testing approach paves the way for more effective #wearablerobotics.

🚶♀️Advancing Post-Stroke rehabilitation with wearable technology! 🧠 Exciting developments in gait analysis post-stroke are here! A groundbreaking study by Donatella Simonetti, Maartje Hendriks, Bart Koopman, Noel Keijsers, and Massimo Sartori from SWAG partner University of Twente  introduces a #wearable gait lab that combines multi-channel EMG sensors and inertial measurement units (IMUs) to monitor joint kinematics and muscle-specific activations in real time. By integrating this data with a human #digitaltwin, it’s now possible to estimate muscle forces and joint torque outside traditional lab settings—offering a more practical solution for motor impairment monitoring in routine clinical care. This wearable technology is a step forward in translating complex biomechanics to clinical environments, enabling more effective stroke rehabilitation with less setup time and minimal space requirements. #stroerehabilitation #wearabletech #biomechanics 

Medical Exoskeleton Market Growth (2024-2028). The global medical exoskeleton market is forecast to grow by USD 2.87 billion at a CAGR of 55.77%. Key drivers include the rising prevalence of neurological disorders like stroke and spinal cord injuries, alongside advancements in robotics and #AI. Regional Highlights: North America leads with 41% of the market share, especially in the US, due to rising SCI cases and strong healthcare infrastructure. Europe and Asia are also growing rapidly due to aging populations and increased healthcare spending. Key Players include Bionik Laboratories, CYBERDYNE INC., and Ekso Bionics. Read more about it on Technavio. #medicalexoskeleton #healthcareinnovation #exoskeletons #marketgrowth #assistivetech

💡How does soft tissue affect energy transfer in knee exoskeletons? By simulating knee kinematics and soft tissue with a synthetic phantom, this study reveals how spring stiffness influences energy distribution and exoskeleton performance. These findings offer crucial insights for improving #exoskeleton design and efficiency before human testing. Check the post below to delve into the details of the research!

SWAG Research Revolutionising Ergonomics with Wearable EMG Technology. Low back pain (LBP) remains a significant concern in workplaces involving repetitive lifting and twisting tasks. Traditional EMG-driven musculoskeletal models typically require multiple sensors, making them cumbersome and less practical for everyday use. 💡A recent study by Jan Willem Rook, Massimo Sartori, and Mohamed Irfan Refai from SWAG partner University of Twente introduces a synergy-based approach that drastically reduces the number of required sensors. By capturing 91% of muscle activation variance with just two EMG sensors, this innovation not only maintains accuracy but also greatly enhances usability. This advancement improves ergonomic assessments and supports our aim of optimising wearable robotics and enabling real-time motion support for better workplace ergonomics. It also aligns with SWAG's larger goal of optimising wearable robotics and real-time motion support, offering promising solutions for workplace ergonomics and improving worker safety. Check out the full article to learn more: #ergonomics #wearabletech #lowbackpain #biomechanics #workplacesafety #exoskeletons

Advancements in wearable robotics and soft robotics are transforming the future of mobility! 🚀 The WalkOn Suit F1, developed by Korea Advanced Institute of Science and Technology, is a groundbreaking #wearable robot that enables paralysed individuals to stand, walk, and even climb stairs independently. Featuring advanced balance control, #AI integration, and a design that allows for seamless attachment, it represents a significant leap in #assistive technology. Similarly, the SWAG project is pushing the boundaries of #soft robotics with its development of lightweight, flexible lower limb #exosuits. These garment-like exosuits use high-strength inflatable fabrics and smart sensing films, making them virtually undetectable under clothing while providing enhanced mobility for a wide range of activities—from daily tasks to fitness and immersive entertainment. Both innovations are part of a broader movement to empower individuals with enhanced mobility and independence through advanced, wearable technologies. #wearabletech #assistivetech

🚀 New Assistive Tech: Robotic Shorts for Enhanced Mobility! Researchers have developed WalkON, a soft robotic shorts system designed to assist older adults and people with mobility challenges. WalkON supports hip movements, reducing the energy needed for each step, making it easier to stay active in daily life. Lightweight and comfortable, this wearable device was tested on outdoor trails and showed impressive results in both younger and older adults, improving walking efficiency while allowing users to stay in control of their movements. The goal? To provide reliable, everyday support for people as they walk, hike, or handle tasks like grocery shopping. This research is a big step toward making assistive tech a seamless part of daily life, enhancing endurance and quality of life. 💡 With our SWAG solution, we’re pushing further—advancing fabric-based soft robotics with innovations in real-time sensing, adaptive support, and a single pneumatic circuit for untethered operation. We’re transforming wearable robotics with a focus on human-centered, adaptive design. #softrobotics #mobilityinnovation #assistivetech  #SWAG

Empowering Mobility: The Future of Assistive Robotics and AI. Innovations in AI and robotics are opening up new possibilities for people with mobility challenges. Advanced exoskeletons are helping some individuals walk again, while robotic hands translate spoken language into sign language, offering more independence and accessibility. These technologies empower people to move through their daily lives with greater ease, from navigating stairs to enhancing communication. Yet, affordability and access remain challenges. As costs gradually decrease, we’re moving closer to a future where assistive tech can seamlessly support more individuals, making autonomy and enhanced quality of life accessible to all. SWAG intends to be part of this future vision! Delve into the details of the article. #assistivetech #ai #accessibility #inclusion #mobility

🌍 The WHO's GATE Summit 2025, in collaboration with UNICEF, will focus on accelerating access to assistive technology for all! 🦾 Key topics will include: ✅ Global roadmap for equitable access ✅ Innovative solutions leveraging digital technologies ✅ Addressing needs of diverse users in varied contexts ✅ Best practice examples and evidence-based strategies This hybrid event will bring together stakeholders from governments, UN agencies, advocacy groups, and the private sector to drive impactful change. 📅 Date: May 7-8, 2025 #assistivetechnology #inclusivehealthcare #globalhealth

🔊 Our groundbreaking project will be showcased at tomorrow's sold out AI Summit at the University of Hertfordshire! Prof. Farshid Amirabdollahian, Professor of Human-Robot Interaction at SWAG partner University of Hertfordshire, will present insights on 'AI at the Forefront: Exploring Practical Applications in Modern Business' as a keynote speaker. 🔍 The SWAG project represents a significant advancement in assistive technology, developing innovative soft assistive garments to enhance mobility - demonstrating how AI and robotics can make a real difference in people's lives. The AI Summit, co-organised with the Hertfordshire Chamber of Commerce and sponsored by Xpertex Ltd, brings together industry leaders at UH's College Lane Campus. https://lnkd.in/dVJfs4iD