Cristian Collini

Papers

Total Citations

164

H-Index

About

Cristian Collini is a pioneering researcher in the field of tactile sensing for robotics, with a particular focus on integrating advanced sensory systems directly onto microchips. His key research areas include tactile sensor arrays, piezoelectric materials, and system-on-chip (SoC) designs for humanoid robots. Collini’s most significant contribution is his work on the "Tactile Sensing System on Chip for Robotic Applications," which has garnered 146 citations. This groundbreaking research introduced a 5×5 array of POSFET (Piezoelectric Oxide Semiconductor Field Effect Transistor) devices and temperature sensors, fabricated by spin-coating piezoelectric polymer onto silicon substrates. This innovation enables robots to detect pressure and temperature with high spatial resolution, mimicking human touch. His earlier work on "Tactile sensing arrays for humanoid robots" (18 citations) laid the foundation for developing robots capable of operating in unstructured or hazardous environments, where sophisticated sensory feedback is critical. Collini’s achievements have advanced the integration of tactile sensing into compact, efficient chips, making him a notable figure in robotic sensory technology. His work continues to inspire students and researchers aiming to enhance robot interaction with the physical world.