In the Media

Advanced wearable sensors are utilized in a research project to monitor daily movements and help wheelchair users balance muscle loads. The technology aims to provide personalized motion data to support safe physical activity for individuals managing conditions like post-tumor spinal cord injuries.

In the official press release, " Study reveals previously unknown motor changes following spinal cord injuries ," reports highlight the lab's breakthrough regarding how the nervous system communicates with muscles after an injury.

Professor Elena Gutierrez-Farewik was selected as a speaker and presented her research to a wider audience. Her presentation, " Empowering Motion: The Future of Mobility Through Biomechanics, Innovation, and AI, " is available on TEDx's official video channels. (.32 min).

In Medtech Magazine, you can read the article " Assistive technology lab at KTH relaunches – receives 38 million. "  

Läs artikeln ” Permobilpengarna blir exoskelett och robotarma r”. Den belyser labbets arbete med nästa generations hjälpmedelsteknik.

Professor Elena Gutierrez-Farewik discusses "the development of smart ankle exoskeletons designed to assist individuals with spinal cord injuries and stroke patients in gaining greater mobility."