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About

Cesare Stefanini is a pioneering roboticist whose research bridges soft robotics, bio-inspired systems, and animal-robot interaction, pushing the boundaries of how machines can move, sense, and coexist with living organisms. His most influential contribution, a comprehensive review of data-driven methods for soft robot modeling and control, has garnered 94 citations since 2024, reflecting the field's urgent need for systematic frameworks to handle the infinite degrees of freedom inherent in compliant robotic systems. Stefanini has championed the emerging field of biohybrid robotics, investigating how robots can interact with and illuminate biological phenomena — from using locusts as model organisms to study age-related motor deficits (30 citations) to probing social immunity in locust swarms through triple animal-robot-pathogen experiments. His underwater robotics work is equally compelling, yielding ZodiAq, a flagella-inspired soft drone designed for safe marine exploration, alongside novel inverse-dynamics navigation methods for autonomous underwater vehicles. Stefanini also advances tactile sensing and deformable object manipulation using learning-based approaches. Collectively, his research reflects a deeply interdisciplinary vision — one where robotics serves as both a technological tool and a scientific instrument for understanding life itself.