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About

Olga Pennacchio is a rising researcher in robotic manipulation and human-robot interaction, with a focus on developing intelligent, sensor-rich systems for complex industrial and agricultural tasks. Her work centers on mechatronic integration and multi-modal sensing, creating robots that can perceive and adapt to their environment. She has made major contributions to collaborative robotics, including a multi-modal sensing system that fuses tactile and proximity data to enable safer, more intuitive human-robot collaboration—a paper already garnering 6 citations. Pennacchio also led the mechatronic integration of a dual-arm robotic system for the challenging, dexterous task of wiring harness manufacturing, addressing a critical bottleneck in industrial automation. In the agri-food sector, she designed a reconfigurable four-finger gripper capable of handling fragile objects of varying shapes and sizes, showcasing her versatility. Additionally, her development of a multi-modal sensor for anthropomorphic gripper fingertips advances the field of adaptive grasping. Despite the recent publication dates of her work, Pennacchio’s innovative, application-driven research is quickly gaining recognition, positioning her as a promising engineer shaping the future of intelligent robotic manipulation.