Simone Onorati

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About

Simone Onorati is a rising innovator in soft robotics and biomedical engineering, whose work focuses on developing artificial, biomimetic solutions for urinary dysfunction. His primary research areas include soft robotic actuators, origami-inspired mechanisms, and hydraulic systems for medical implants. Onorati’s major contribution is the design of a novel soft robotic artificial detrusor—a muscle-like actuator that can restore bladder voiding function in patients who have undergone radical cystectomy or suffer from neurogenic bladder. His 2023 paper on an origami-based hydraulic detrusor (4 citations) introduced a compact, compliant mechanism that mimics natural contraction, while his 2024 follow-up on balloon hydraulic actuators (3 citations) refined the approach for improved force and reliability. Though early in his career, Onorati’s work is notable for addressing a critical gap in reconstructive urology: current sacral neurostimulators have severe long-term side effects, and no existing implant can replicate voluntary voiding. By combining soft robotics with origami folding principles, he offers a permanent, patient-friendly alternative. His research has immediate implications for improving quality of life in bladder cancer survivors and individuals with spinal cord injuries, positioning him as a key emerging voice in the field of soft medical robotics.