Presenters: Cassy Churchill, Senior Marketing Manager, BraunAbility Monique McGivney, Director, Store Marketing Operations, United Access Nikki Simmons, OTL/CDRS, Owner, Driving Independence This panel session will explore the full range of automotive mobility solutions for individuals with disabilities and their support networks. Attendees will gain a foundational understanding of adaptive driving equipment, vehicle modifications, and accessible transportation options. Panelists will walk through the typical process, from initial inquiry and evaluation to driver training, funding, and vehicle selection, offering practical guidance and real-world examples. Presenters will highlight key referral points, assessment considerations, and communication strategies to help ensure timely and appropriate support at each stage. Funding resources and advocacy tools will also be covered, equipping attendees with knowledge to better guide individuals toward safe, independent mobility.

Presenter: Ana Endsjo, MOTR/L, CLT, Director of Clinical Education and Marketing Matrix Seating USA specializes in advanced custom wheelchair seating solutions that combine digital design, clinical insight, and innovative materials to improve comfort, skin protection, and functional outcomes. The company focuses on clinically driven products and education to support ATPs, clinicians, and end users across a wide range of mobility needs.

Part 1 of this series focused on the theory and application of FES for individuals with neurological injuries, demonstrating the role of FES in promoting mobility and reducing secondary complications after spinal cord injury. Part 2 expands on these concepts, highlighting individuals with stroke and multiple sclerosis. The instructors will demonstrate the role of FES in enhancing function, improving participation in the home and community, and quality of life. They will also explore the role of FES as a neuromodulatory technique for reduction in spasticity and tone. Participants will gain an understanding of home and clinic motorized and task-specific FES systems that support Activity Based Therapy (ABT) interventions to enhance function and promote neuroplasticity.

Abstract: The Safe and Sound Protocol (SSP) uses specially engineered music to support sensory regulation and emotional resilience, reducing challenges that may limit the effective use of assistive technology (AT). Grounded in Polyvagal Theory, SSP promotes self-regulation and social engagement, improving outcomes for individuals with sensory and behavioral difficulties. This presentation explores how SSP complements AT interventions through case studies and practical strategies, emphasizing its role in maximizing functional capabilities in multidisciplinary settings. Attendees will gain insights into integrating SSP with AT to enhance participation and learning for individuals with disabilities.

0.1 IACET CEUs will be offered.

Abstract: Three-dimensional (3-D) printing is becoming a useful approach to prototyping and manufacturing custom equipment in almost every market. It is also accessible to all levels of designers from professionals to hobbyists. It is specifically appropriate for adaptive sports and recreation as everyone's abilities are different and the assistance that they need or want from technology varies greatly. This session will discuss the various types of 3D printing, demonstrate how to design a device using Computer Aided Design (CAD) software, how to make a device, and allow for hands-on demonstrations of devices made by the presenter.

Advanced Integrated Functional Electrical Stimulation (FES) with Restorative Therapies RT300 and Xcite2: Optimizing Health Outcomes and Preventing Secondary Complications After Neurologic Injury

Explore how clinical practices, policies, and technology impact mobility equity for persons with disabilities. Learn Bryan Stevenson’s four principles for addressing injustice and become a motivated ally. Presented by Jean L. Minkel, PT, ATP.

Abstract: Telerehab and Telewellness programs, delivered virtually via apps or videoconferencing, offer the convenience of participating from anywhere and can facilitate access to specialized content. These remote programs can be especially beneficial for people aging with disabilities who experience barriers to in-person programs (e.g., transportation). This session will highlight 4 innovative Telerehab and Telewellness solutions for older adults with long-term disabilities from RERC TechSAge, including: the Tele Tai Chi program - a Zoom-based, social, exercise program (Remillard); KeyStroke – an in-home music-based training app for individuals with stroke (Chen); DigiHand – a remote hand rehabilitation system that track movements and progress (Sanford); and a fall risk mHealth app for people with Multiple sclerosis MS (Hsieh). Speakers will engage participants in interactive discussion on the challenges and potential of virtual rehab and wellness for this population. Rationale: Unlike prior single-day build events using modified Power Wheels vehicles—which achieved functional outcomes but limited iteration and team reflection—this multi-week project allowed for deeper collaboration, creative problem-solving, and inclusive design practices. The use of 12-volt bumper cars offered a more compact, maneuverable platform better suited for indoor environments, expanding their potential applications. Goal: This revised program successfully fostered sustained collaboration between design and rehabilitation disciplines, resulting in repeatable, adaptive mobility solutions that support children's participation and community engagement. The model offers a valuable template for future educational partnerships and inclusive design initiatives.

Purpose: This interdisciplinary collaboration brought together students and faculty from industrial design, occupational therapy, and physical therapy to address the seating and mobility needs of children with mobility impairments. The goal was to enhance usability and access to modified ride-on bumper cars through thoughtful, user-centered adaptations. Rationale: Unlike prior single-day build events using modified Power Wheels vehicles—which achieved functional outcomes but limited iteration and team reflection—this multi-week project allowed for deeper collaboration, creative problem-solving, and inclusive design practices. The use of 12-volt bumper cars offered a more compact, maneuverable platform better suited for indoor environments, expanding their potential applications. Goal: This revised program successfully fostered sustained collaboration between design and rehabilitation disciplines, resulting in repeatable, adaptive mobility solutions that support children's participation and community engagement. The model offers a valuable template for future educational partnerships and inclusive design initiatives.