James A. Lenker

James A. Lenker is an Associate Professor in the Department of Rehabilitation Science at the University at Buffalo, serving as Director of the Advanced Graduate Certificate Program in Assistive & Rehabilitation Technology. He holds academic credentials including a PhD in Industrial Engineering (2005) from the University at Buffalo, alongside BS (1997) and MS (1987) degrees in Occupational Therapy and Mechanical Engineering. His research focuses on community-based outcomes research in assistive technology, wheeled mobility systems, universal design, and accessible transportation. Lenker has led federally-funded projects with institutions like Duke University and the University of Montreal, emphasizing usability testing for assistive devices and policy frameworks for inclusive infrastructure.

Education:

• PhD in Industrial Engineering, University at Buffalo (2005)
• BS in Occupational Therapy, University at Buffalo (1997)
• MS in Mechanical Engineering, University of California-Davis (1987)
• BS in Mechanical Engineering, University of California-Davis (1984)

Research interests span usability of urban environments for persons with disabilities, accessibility of public transit systems, and outcome measurement for assistive technology interventions. His work integrates engineering principles with clinical practice to improve quality of life for individuals with disabilities. Notable contributions include developing taxonomies for mobility devices and advancing Complete Streets initiatives to enhance community mobility.

Lenker serves as President of RESNA (2024-2026), reflecting his leadership in rehabilitation engineering. He has co-authored over 50 peer-reviewed articles and collaborated with global organizations to address cultural considerations in rehabilitation training programs. His projects often involve multidisciplinary teams across architecture, urban planning, and healthcare domains.

Professional Recognition:

• Fellow of the American Occupational Therapy Association (AOTA)
• RESNA Fellow

Grants and Collaborations: Multiple NIH-funded projects on assistive technology outcomes and international partnerships in India for developing culturally appropriate rehabilitation materials. His team’s work on low-floor bus designs and AT usability scales has influenced industry standards.

Labs/Teams: Active contributor to the Center for Assistive Technology at UB and collaborator with the RESNA Standards Committee.