Enri Kina

Papers

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About

Enri Kina is pioneering the development of affordable socially assistive robots to bridge critical gaps in rehabilitation care. Their research focuses on creating accessible robotic systems for remote health monitoring, function assessment, and prognostication, specifically designed to support aging populations and individuals with disabilities. Kina’s most influential work, "Design of an Affordable Socially Assistive Robot for Remote Health and Function Monitoring and Prognostication" (2023, 12 citations), introduces a cost-effective platform aimed at alleviating clinician shortages while enabling continuous, remote therapy. A cornerstone of their contributions is the design and evaluation of Lil’Flo, an affordable social rehabilitation robot for pediatric upper extremity therapy. In their 2019 study (6 citations), Kina detailed the fabrication of Lil’Flo’s expressive face—a critical element for emotional engagement—validated through guided interviews with 10 subjects. By prioritizing affordability and emotional expressiveness, Kina’s work advances human-robot interaction in clinical settings, making rehabilitation more accessible. Their innovations hold promise for transforming remote care delivery, with Lil’Flo representing a notable achievement in low-cost, socially engaging therapeutic robotics.