Robotic-Assisted Gait Training in Educational Settings for Children with Locomotor Impairments
This study assesses the feasibility of incorporating the ExoAtlet Bambini robotic exoskeleton into school-based physical therapy (PT) at iBRAIN. The goal is to determine whether robotic-assisted gait training can be effectively implemented in an educational setting to enhance learning, rehabilitation, and the quality of life for children with locomotor impairments. This includes evaluating the safety, usability, and practical integration of the exoskeleton with individualized education plans (IEPs). A small sample of eligible students will participate in a four-week intervention, with assessments before and after. The study builds on prior findings supporting robotic-assisted mobility improvements while addressing the unique challenges of implementing such technology in a school-based context.
Preliminary data from a subset of participants indicate progressive increases in comfort and engagement with the exoskeleton, reflected by increased standing duration, ambulation distance, and step count over time. Moreover, improvements were observed in both the 6MWT and 10MWT, with the latter demonstrating enhanced step efficiency. These initial findings support the integration of robotic gait training into physical therapy sessions as a viable strategy to enhance functional mobility in children with brain injury and brain-based disorders.
Ongoing to increase participant number.
We are always looking for collaborations & partnerships, as well as more team members to advance the research.
Research Assistant - Paraprofessional
(Manhattan, NY)
$40-50k/yr
Research Assistant - Paraprofessional
(Brooklyn, NY)
$40-50k/yr
iBRAIN welcomes collaboration with colleges to offer hands-on experiences for students interested in exploring the operations of a nonprofit specializing in traumatic brain injury.
At the iBRAIN Institute, we are dedicated to turning the best of modern science into meaningful progress for individuals living with brain injuries and brain-based disorders. We invite you to explore our work and join us in creating a brighter future for those we serve.
