Description of Research Expertise

I am a neonatologist dedicated to advancing point-of-care ultrasound (POCUS) in neonatal intensive care. My work focuses on developing national guidelines for POCUS training, credentialing, and quality assurance to ensure safe, effective use at the bedside. Through collaboration with multidisciplinary teams, I aim to improve procedural safety, diagnostic accuracy, and workflow efficiency, setting new standards for neonatal care.

My research spans clinical and implementation science, including national surveys on ultrasound infrastructure and barriers, and studies demonstrating the impact of ultrasound-guided procedures—such as arterial cannulation, lumbar puncture, and central venous access—on patient outcomes. I also explore advanced imaging strategies for pulmonary hypertension, ECMO cannula positioning, and complex neonatal conditions.

Earlier in my career, I investigated the genetic basis of cardiac development and congenital heart disease, contributing to discoveries on TBX1 function in DiGeorge syndrome and genes involved in ductus arteriosus differentiation.

Through research, education, and collaboration, I strive to integrate innovative technologies and evidence-based practices to enhance neonatal care and provider competency.