Serena Mandla

Papers

Total Citations

195

H-Index

About

Serena Mandla is a pioneering researcher at the intersection of bioinspired engineering and soft robotics, with a focus on creating life-like, electrically driven microengineered systems. Her major contribution lies in the development of bioinspired soft robots that integrate self-actuating cardiac muscles on hierarchically structured scaffolds, mimicking the biomechanical models of organisms such as batoid fish. This work, published in *Advanced Materials* in 2018, has garnered 192 citations, underscoring its significant impact on the field. By borrowing from biomimetic concepts, Mandla’s research advances the creation of soft robots capable of natural, life-like movements, offering transformative potential for biomedical devices and adaptive robotics. Her notable achievement includes co-authoring a highly cited study that demonstrates how electrically driven actuators can be precisely engineered at the microscale, bridging the gap between biological muscle function and synthetic robotics. For students and researchers, Mandla’s work exemplifies how interdisciplinary approaches—merging materials science, biology, and engineering—can lead to groundbreaking innovations in soft robotics and biohybrid systems.