Fumika Fukunaga

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About

Fumika Fukunaga is a robotics researcher specializing in bio-inspired and medical inspection mechanisms, with a focus on developing novel crawler robots for confined environments. Her major contributions lie in designing cylindrical and flexible crawler systems that navigate narrow pipes and the human colon, addressing critical needs in infrastructure maintenance and healthcare. Her most-cited work, "Development of a novel crawler mechanism for pipe inspection" (2016, 21 citations), introduces a cylindrical tracked-crawler robot with six rubber crawler belts in axial symmetry, driven by a single geared motor for efficient pipe traversal. This innovation simplifies design while ensuring reliable movement in tight spaces. Fukunaga further advanced medical robotics with her 2019 paper "Funicular Flexible Crawler for Colonoscopy" (12 citations), which targets the growing challenge of colorectal cancer—the second most prevalent cancer globally over five years. By creating a flexible, funicular crawler, she aims to ease colonoscopy procedures, which are notoriously difficult for practitioners. Her 2018 work on steering systems for cylindrical elastic crawlers (8 citations) extends her impact to pipeline inspection in chemical plants and water systems, preventing severe accidents. Fukunaga’s research bridges engineering and medicine, offering practical solutions for inspection and diagnosis in constrained environments.