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Maria A. Woodruff is a leading figure in the convergence of additive manufacturing, soft robotics, and tissue engineering, with a particular focus on creating biomimetic scaffolds for vascular and musculoskeletal applications. Her pioneering work on auxetic tubular scaffolds, fabricated via melt electrowriting, has introduced a paradigm shift in scaffold design by exploiting materials that expand transversely under tension—a property that closely mimics the nonlinear, anisotropic behavior of native arteries and tendons. Her 2020 paper on this topic, with 71 citations, has become a foundational reference in the field. Woodruff further advanced this concept by demonstrating how nonlinear fiber patterning can precisely control the mechanical behavior of tubular scaffolds (2022, 32 citations), enabling patient-specific customization. More recently, she has integrated soft pneumatic actuators into bio-hybrid bioreactors to replicate the complex, multi-axial mechanobiology of the femoropopliteal artery, a notoriously challenging vascular environment. Her work not only provides unprecedented tools for studying disease mechanisms but also moves closer to the clinical reality of lab-grown, mechanically functional vascular grafts. With a growing citation impact and a clear trajectory toward translational tissue biomanufacturing, Woodruff is defining the next generation of smart, responsive biomaterials.