S. Barron Frazier, MD

S. Barron Frazier, MD

Medical Director
Pediatric Emergency Department at Monroe Carell Jr. Children's Hospital at Vanderbilt
Assistant Professor
Clinical Pediatrics and Emergency Medicine
Monroe Carell Jr. Children's Hospital at Vanderbilt
2200 Children's Way
Room / Suite
1025
Nashville
Tennessee
37232-9001

MD
Eastern Virginia Medical School
Residency
Pediatrics - Vanderbilt University Medical Center
Fellowship
Pediatric Emergency Medicine - Vanderbilt University Medical Center

Clinical Interests

Quality Improvement, Clinical Decision Support, Standardization of Care, Innovations in Health Care Delivery, Coding and Documentation Excellence

Research Information

Barron Frazier, MD is an assistant professor of clinical pediatrics and emergency medicine at Vanderbilt University Medical Center. He completed a pediatric residency and a pediatric emergency medicine fellowship at Monroe Carell Jr. Children’s Hospital at Vanderbilt. His work focuses on applying quality improvement science, clinical informatics and human-centered design to advance pediatric emergency care. He has additional training in Advanced Improvement Methods, Lean Six Sigma, and design thinking, and uses Model for Improvement methodology to drive measurable gains in quality, safety, and efficiency.

Dr. Frazier’s improvement work has reduced unnecessary imaging, improved documentation accuracy, increased timely sedation and analgesia,and standardized care processes across the pediatric emergency department. His projects include reducing chest radiographs in bronchiolitis, decreasing CT use for appendicitis, improving critical care and confidential documentation, accelerating post-intubation sedation and pain management and optimizing sedation-to-discharge workflows. He has also led the development of clinical decision support tools, care pathways and EHR-based interventions to improve reliability and reduce variation in care delivery.

He has a growing focus on clinical decision support, artificial intelligence–enabled workflows and real-time performance monitoring to support learning health system infrastructure and scalable innovation in emergency care.