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About

Armin Gharibi is a researcher at the forefront of merging radiofrequency (RF) sensing with robotics, specializing in precision grasping and object localization. His work centers on developing novel, low-cost wireless sensor systems that enable robotic hands to "pre-touch" and orient themselves relative to non-metallic objects and surfaces. Gharibi’s key contribution is the design and experimental validation of systems where an RF probe on a robotic hand interacts with passive, printed resonators on tagged items or surfaces. This approach allows for accurate detection of hand orientation and location without direct contact, solving a critical challenge in robotic manipulation and assembly. His most cited paper, “Wireless Sensor for Precision Grasping of Objects and Tools by Robotic Hands” (2022, 6 citations), lays the groundwork for this technique. Subsequent works, including a 2023 study on a 3D-printed RF sensing system (4 citations) and a 2024 paper on pre-touch sensing (4 citations), have refined the method for planar surface localization and grasping control. Though early in his career, Gharibi’s innovative fusion of RF engineering and robotics promises to enhance automation in manufacturing and assistive technologies, making him a rising voice in smart sensing for robotic applications.