S. Pattofatto

Papers

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About

S. Pattofatto is a researcher whose work sits at the critical intersection of tactile sensing, robotics, and prosthetics, with a particular focus on the mechanical properties of artificial skins. Their most cited contribution, "The Conformance Test for Robotic/Prosthetic Fingertip Skins" (2006, 24 citations), addresses a fundamental yet often overlooked challenge: how to ensure that a synthetic skin can physically adapt to an object's surface. Pattofatto demonstrated that without sufficient conformance—the skin's ability to deflect and conform to surface geometry—even the most sophisticated embedded tactile sensors cannot accurately transmit spatial features. This insight established a key performance metric for the field, providing a rigorous testing methodology that has informed subsequent designs in both robotic manipulation and advanced prosthetic limbs. By bridging material science and sensor engineering, Pattofatto’s work has helped define what makes a skin not just a covering, but a functional sensory interface. Their contributions remain essential reading for engineers developing tactile systems that must interact with the real, three-dimensional world.