PROPEL Lab - Research
Through engineering, innovation, and close collaborations with clinicians and end users, we strive to drive technological advancements and deliver practical, impactful solutions that improve mobility, independence, and clinical practice on a global scale.
Prosthetic and Orthotic Design and Control Systems
A well-functioning assistive device promotes independence and enhances quality of life. We strive to advance prosthetic and orthotic solutions to improve mobility and function for individuals with limb differences and disabilities. By integrating biomechanical models, computer-aided design, 3D printing, and developing structural testing protocol and apparatus, we create innovative prosthetic knee joints and ankle-foot orthoses. Additionally, we explore both 3D-printed and traditional approaches to upper-limb prostheses, aiming to provide functional, personalized solutions.
Digital Workflows in Orthotics and Prosthetics
Conventional orthotics and prosthetics (O&P) workflows are labor-intensive and rely on the clinician’s craftsmanship and experience. Digital workflows, including scanning, computer-aided design, and 3D printing, offer the potential for improved efficiency, precision, and objectivity. In collaboration with the O&P Department, our research aims to integrate these digital technologies into clinical practice by refining design processes, standardizing protocols, and advancing data-driven approach. These efforts aim to improve patient outcomes and clinical efficiency and high-quality devices more accessible.
Wearable Technology and Gait Training
Our research focuses on advancing wearable technologies for gait training and assessment in individuals with mobility impairments. Using wearable sensors, we are developing algorithms that monitor gait changes in real-time, alongside biofeedback systems that employ rhythmic auditory stimulation to correct gait deviations and enhance training outcomes. Additionally, we are exploring pressure-sensing technologies for prosthesis users to ensure optimal fit and comfort. These efforts aim to improve mobility and support the long-term well-being of individuals with diverse mobility challenges.
Building on cutting-edge research from the PROPEL lab, LegWorks Inc. turns innovative ideas into real-world solutions, bringing them directly to the hands of those who need them most.
Co-founded by Dr. Jan Andrysek, LegWorks is a social enterprise with a mission to empower amputees GLOBALLY by providing access to affordable, high-functioning prosthetic solutions.
LegWorks offers the All-Terrain Knee, a prosthetic knee joint designed for durability and high performance, enabling individuals to walk with confidence and regain mobility and independence.
