Saeb Mousavi

Commonwealth Scientific and Industrial Research Organisation

Papers

Total Citations

193

H-Index

About

Saeb Mousavi is a researcher at the forefront of soft robotics and advanced sensing technologies, with a particular focus on developing innovative fabrication methods for tactile and proprioceptive sensors. His work centers on bridging the gap between flexible electronics, 3D printing, and intelligent robotic systems, enabling the creation of sensors that can be seamlessly integrated into next-generation soft robotic platforms. Mousavi's most celebrated contribution is his 2020 paper on direct 3D printing of highly anisotropic, flexible, constriction-resistive sensors, which has garnered an impressive 177 citations. This work addressed a critical challenge in soft robotics by enabling multidirectional proprioception — essentially giving soft robots a sense of their own body position — through a remarkably simple fabrication approach. His earlier 2018 research introduced an ultrasensitive 3D-printed tactile sensor utilizing fused deposition modelling with thermoplastic polyurethane and graphene-composite filaments, demonstrating exceptional gauge factor sensitivity. Together, these works highlight Mousavi's consistent drive to democratize sensor fabrication through accessible 3D printing techniques, reducing manufacturing complexity while maximizing sensing performance. His research has significantly influenced how the robotics community approaches embodied sensing, making him a notable contributor to the rapidly evolving field of soft robotics.