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About

Francesco Fuentes is a rising researcher at the intersection of soft robotics, human-robot interaction, and embodied intelligence. His work centers on two transformative challenges: enabling soft, growing robots—often called “vine robots”—to autonomously navigate and map unknown, cluttered environments, and designing novel haptic interfaces that make robot learning transparent to human teachers. In his 2023 paper on passive deformation for SLAM, Fuentes demonstrated how vine robots can map unstructured terrains by exploiting their own physical compliance, a breakthrough for search-and-rescue and exploration in confined spaces. His highly cited 2023 and 2022 works on wrapped haptic displays introduce a new paradigm: instead of screens or lights, these displays wrap around a robot arm to communicate the robot’s internal learning state—such as confidence or uncertainty—directly through touch. This allows human teachers to intuitively understand what their robot is learning during kinesthetic teaching. With multiple papers accumulating 9 citations each in a short time, Fuentes is gaining recognition for pioneering physically grounded differentiable simulation for soft growing robots (2025) and deployable robotic structures that passively reconfigure. His work promises safer, more intuitive human-robot collaboration in unstructured environments.