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About

Anastasiia O. Krushynska is a pioneering researcher at the intersection of mechanical metamaterials, bioinspired engineering, and fluid-structure interaction. Her work explores how intelligently architected materials can be programmed to achieve extraordinary functionalities — from shape morphing and tunable mechanical properties to flow sensing and aerodynamic control. Among her most celebrated contributions is her investigation of seal whisker-inspired sensors, where she developed 3D-printed graphene piezoresistive MEMS devices capable of ultrasensitive wake tracking — a study that has garnered 50 citations since 2022 and bridges marine biology with advanced sensing technology. Her research on rose-shaped mechanical metamaterials demonstrated programmable shape-morphing capabilities with broad implications for robotics, medical stents, and wearable electronics. She has also advanced the design of fully-printed flexible metamaterial wings that mimic insect flight mechanics, contributing meaningfully to micro-aerial vehicle development. More recently, Krushynska has extended her expertise into tubular morphing structures and the emerging field of metamaterials for fluid flow control. With a growing citation record and a consistent focus on translating nature's engineering principles into transformative technologies, she represents a compelling voice in next-generation materials science and bioinspired design.