Jennifer Prugnarola

Boston University, Northeastern University

Papers

Total Citations

144

H-Index

About

Jennifer Prugnarola is a pioneering figure in the field of rehabilitation robotics and mechatronics, with a focused expertise in the development of smart, portable assistive technologies. Her major contributions center on advancing wearable orthotic and rehabilitative devices beyond passive support, integrating real-time computer control, sensor-based motion monitoring, and adaptive force application. Her landmark 2005 paper, "Smart Portable Rehabilitation Devices," which has garnered 112 citations, established a foundational framework for creating compact, reprogrammable braces that can dynamically adjust to patient movements—a significant leap from traditional static orthoses. This work, conducted at the Northeastern University Robotics and Mechatronics Laboratory, demonstrated how real-time feedback and computer-controlled functionality could enhance rehabilitation outcomes. A related publication (32 citations) further detailed these innovations, emphasizing the devices’ wearability and programmability. Prugnarola’s research has directly influenced the design of next-generation rehabilitation tools, bridging the gap between clinical robotics and everyday patient use. Her achievements underscore a commitment to making rehabilitation more responsive, data-driven, and accessible, marking her as a key contributor to the evolution of smart medical devices.