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About

Claudia Marano is a leading researcher in soft robotics and advanced manufacturing, whose work bridges the gap between material science and bioinspired design. Her primary research areas include the development of novel 3D and 4D printing techniques for soft robotic microstructures, the thermo-mechanical characterization of silicone elastomers, and the fabrication of functionally graded hydrogels. Her most influential contribution is her pioneering work on indirect 3D printing, where she developed a sacrificial template method to overcome material limitations in conventional 3D printing, enabling the creation of complex soft robotic components. This landmark paper has garnered 121 citations, underscoring its impact on the field. Marano has also made significant strides in understanding the mechanical behavior of Ecoflex 00-50 silicone under varying strain rates, temperatures, and deformation states, providing essential data for biomedical and soft robotics applications. Additionally, her work on monolithic three-dimensionally functionally graded hydrogels has opened new pathways for creating bioinspired soft robots that mimic the hierarchical architecture of biological tissues. Through these contributions, Marano has established herself as a key innovator in the quest to replicate the adaptability and motility of living organisms in artificial systems.