The University of Alberta (U of A) has secured a $24 million federal grant to develop revolutionary adaptive smartwear—clothing equipped with embedded sensors and responsive materials that enhance mobility and injury prevention. Inspired by Batman’s advanced suit, this cutting-edge technology aims to assist people with mobility challenges while seamlessly blending into everyday attire.
Revolutionizing Assistive Wearables
Led by Professor Vivian Mushahwar, a leading expert in neural and rehabilitation engineering, the project will integrate smart materials into clothing to create lightweight, washable, and wearable assistive technology. Mushahwar envisions a future where mobility aids are no longer bulky or stigmatized:
“We’re launching a smartwear revolution—creating assistive clothing that’s as effortless to wear as a regular shirt or jacket.”
The research brings together 64 experts across fashion design, disability advocacy, and engineering to redefine adaptive technology. Their goal: to provide wearable support for older adults at risk of falls, individuals with disabilities, and healthcare professionals prone to workplace injuries.
From Sci-Fi to Reality: How It Works
Taking inspiration from memory cloth, as seen in Batman Begins (2005), the team is developing composite materials that sense temperature, pressure, and movement. These materials adjust their shape and stiffness in real-time, helping wearers maintain balance and support.
However, one of the biggest challenges is transforming these materials into fabric-like fibers that can be woven into normal clothing. Mechanical Engineering Professor Dan Sameoto explains:
“The goal is to create multi-material fibers that can act as artificial muscles or stiffness-switching materials.”
Co-Designing with Future Users
Unlike traditional research, this project directly involves users from the start. Danielle Peers, Associate Professor of Kinesiology, highlights the importance of this:
“Rather than designing in isolation, we’re working with end users—people who will actually wear and benefit from this smart clothing.”
A Game-Changer for Students & Industry
Over the next six years, the project will involve:
120 undergraduate students gaining hands-on experience.
70 graduate and postdoctoral researchers shaping the future of smart manufacturing.
This interdisciplinary initiative positions U of A as a leader in assistive technology, aligning with its mission to turn innovative research into real-world solutions. Vice-President (Research & Innovation) Aminah Robinson Fayek emphasizes:
“This project is a testament to our commitment—advancing research that directly improves lives.”
The Future of Smartwear
With global interest in wearable technology growing, this project could revolutionize healthcare, athletics, and workplace safety. Whether it’s helping a senior prevent a fall, assisting an athlete’s recovery, or protecting workers from injuries, smartwear is the future—and the future is now.
