Camilo Ernesto Perafan del Campo

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Camilo Ernesto Perafan del Campo is a pioneering roboticist whose work bridges humanitarian technology and assistive innovation. His research focuses on two critical areas: humanitarian demining and brain-computer interface (BCI)-assisted robotics. Perafan’s most notable contribution is the URSULA robotic demining system (2003, 14 citations), developed to address Colombia’s devastating landmine crisis. This system, comprising a control station and a robot, was conceived as a safer, more efficient alternative to manual demining—a life-saving innovation born from a deeply personal national need. His later work explores assistive robotics for children with motor impairments, as demonstrated in his 2017 study (12 citations) on a low-cost BCI robot platform. This system translates movement intention into robotic action, enabling children with disabilities to interact with their environment and develop crucial perceptual and motor skills. By combining affordable hardware with intuitive control, Perafan has made assistive technology more accessible in resource-limited settings. His career exemplifies how robotics can serve vulnerable populations—from landmine victims to children with disabilities—proving that impactful engineering often begins with empathy and a commitment to solving real-world problems.