Michael B Shapiro

Michael B Shapiro, MD is Professor of Surgery (Trauma and Critical Care) and Chief of Trauma and Critical Care Surgery at Northwestern University Feinberg School of Medicine, with clinical practice at Northwestern Memorial Hospital. Board certified by the American Board of Surgery in both General Surgery and Surgical Critical Care, he directs trauma services while maintaining an active research program focused on injury physiology and critical care optimization.

His educational credentials include an MD from Northwestern University Feinberg School of Medicine (1985), followed by surgical internship (1986), residency (1990), and fellowship (1992) at the University of Michigan Health System. Professional certifications span surgical and critical care specialties.

Dr. Shapiro's research centers on applied physiology of injury responses and inflammation management, driving innovations in trauma resuscitation and critical care outcomes. His work integrates clinical data science for predictive modeling in hemodynamic stabilization while advancing surgical techniques for complex hernia repairs and abdominal wall reconstruction—emphasizing evidence-based protocols to reduce complications.

Recent publications reveal a strategic shift toward large-scale registry analyses of mesh suture techniques and machine learning applications in trauma care. These studies demonstrate his dual focus on practical surgical innovation and data-driven critical care analytics, bridging bench-to-bedside translation in high-acuity settings.

Major recognitions include:

• The Jonathan Fryer Award (2024)
• Excellence in Teaching (2021)
• Outstanding Teacher (2020)
• Best Teacher in Trauma/SICU (2020)

He maintains influential leadership roles as Region XI Trauma Medical Director (2009–present) and holds fellowships in the American College of Surgeons and Society of Critical Care Medicine. His external disclosures note 2024 compensation for medical record consultation and expert testimony, reflecting active engagement in legal-medical interfaces.