Hassan Alirezaei

Papers

Total Citations

167

H-Index

About

Hassan Alirezaei is a pioneering researcher in the field of tactile sensing for robotics, with a focus on developing deformable, stretchable sensor skins that can withstand high and dynamic mechanical loads. His major contributions center on the application of electrical impedance tomography (EIT) to tactile distribution sensors—a non-invasive technique that measures resistance distribution from the boundary of a conductive material, eliminating the need for internal wiring. This innovation addresses a critical limitation of conventional tactile sensors, which are often unsuitable for high-dexterity robotic interaction due to embedded wiring. Alirezaei’s most cited works, including a 2007 paper on a deformable and deformation-sensitive tactile sensor (87 citations) and a 2009 paper on stable measurement under high and dynamic stretch (80 citations), have laid the groundwork for more intelligent, adaptive robotic hands. By enabling robots to sense deformation and stretch in real time, his research directly advances the goal of human-like dexterity in robotic manipulation. These achievements have made Alirezaei a key figure in the development of soft, robust tactile interfaces, with his work serving as a foundational reference for engineers and researchers exploring EIT-based sensing for next-generation robotics.