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About

Shima Shahab is a leading researcher in the field of smart materials and soft robotics, with a primary focus on shape-memory polymers (SMPs) and their dynamic actuation. Her work bridges materials science and engineering to create adaptive systems capable of complex, programmable motion. A major contribution is the development of a ductile shape-memory polymer composite with enhanced shape recovery ability (31 citations), which significantly improves the robustness and reliability of SMPs for real-world applications. She has also pioneered the use of two-way shape-memory polymers for multimodal locomotion, as demonstrated in her work on crosslinked poly(ethylene-co-vinyl acetate) (cPEVA) (17 citations), enabling soft actuators to achieve diverse, untethered movements. Notably, Shahab has explored the coupling of nonlinear SMP cantilever dynamics with focused ultrasound fields (12 citations), opening new pathways for remote, non-contact actuation in biomedical and electronic devices. Her recent molecular dynamics simulations (2024) further deepen the understanding of thermomechanical behaviors in acrylate-based SMPs. With a growing citation record, Shahab’s work is shaping the future of adaptive materials for robotics, medicine, and flexible electronics.