Burn anesthesia presents unique and evolving challenges due to the profound physiologic changes that follow major thermal injury. Burn patients may develop hypovolemic and distributive shock, reduced cardiac output, systemic inflammation, hypermetabolism, coagulopathy, and renal and hepatic dysfunction, all of which can significantly alter anesthetic pharmacology and perioperative management. Hypothermia, acidosis, bleeding, and complex hemostatic abnormalities further increase the risk of perioperative morbidity. At the same time, careful fluid resuscitation is essential to maintain organ perfusion while avoiding the complications of over-resuscitation, including pulmonary, cerebral, ocular, and abdominal compartment syndromes.

Throughout the burn rotation, residents will learn to recognize and respond to these dynamic physiologic changes while caring for patients undergoing repeated procedures such as excision and grafting. Anesthetic management requires continuous assessment of airway and respiratory status, hemodynamics, volume status, temperature, coagulation, analgesia, and end-organ function. The rotation will emphasize anticipation, vigilant monitoring, and individualized anesthetic management as patients progress through resuscitation, surgery, infection, and recovery, with the overarching goals of maintaining oxygenation and perfusion, minimizing blood loss and hypothermia, providing effective analgesia, and supporting recovery. Residents will also learn to collaborate with multiple teams to optimize patient care.