Declan Fitzgerald

Papers

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About

Declan Fitzgerald is a rising figure in pediatric cardiovascular bioengineering, whose work centers on developing advanced soft robotic devices for minimally invasive interventions. His primary research areas include soft robotics, 3D printing for medical applications, and endovascular treatments for congenital heart defects. Fitzgerald’s most notable contribution is his pioneering work on “S”-shaped 3D-printed soft robotic guidewires, designed specifically for treating Patent Ductus Arteriosus (PDA)—a condition where a fetal blood vessel fails to close after birth, often complicating care for neonates with severe congenital heart disease or prematurity. His 2024 paper on this topic has already garnered 6 citations, signaling early impact in a niche but critical field. By combining soft robotics with patient-specific 3D printing, Fitzgerald addresses the unique challenges of navigating fragile, small-scale pediatric vasculature, potentially reducing trauma and improving outcomes in endovascular interventions. His work stands out for its translational focus, bridging engineering innovation with pressing clinical needs in neonatal and pediatric cardiology. As his research gains traction, Fitzgerald is poised to shape the next generation of adaptive, patient-tailored surgical tools.