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Rotation Structure

General Pediatrics (PGY 1 and 2)

Required rotations during PGY 1 and 2 years include:

  • Inpatient (wards)
  • Night float
  • Emergency Medicine
  • Urgent Care
  • NICU
  • PICU
  • Newborn nursery
  • Cardiology
  • Hematology/oncology
  • Developmental behavioral pediatrics
  • Adolescent medicine
  • Community pediatrics
  • Other outpatient clinic experiences

Teams Structure

During wards rotations, teams are composed of two or three interns and a senior (PGY 3) resident. In the PGY 2 year, teams include two PGY 2 residents, allowing for a graduated level of autonomy. Each team sees a combination of general pediatrics patients and subspecialty patients. Overnight, the night team admits new patients and existing patients are overseen by a senior resident. There is also elective time during both years for categorical pediatric neurology residents.

Meetings

Noon conference is held daily and there are several sessions of "Resident School" throughout the year during which specific topics are covered with lectures and interactive sessions.

Find more information on the pediatrics residency program here.


Neurology (PGY 3-5)

PGY 3

Much of the PGY 3 year is spent learning adult neurology in both the inpatient and outpatient settings.

Required rotations include:

  • Inpatient (wards)
  • Night float
  • Epilepsy
  • Varied subspecialty clinics

The inpatient team comprises three PGY 3 residents and an adult neurology PGY 4 resident.

Find more information on the adult neurology residency program here.

PGY 4 and 5

The PGY 4 and 5 years are primarily dedicated to child neurology and can be tailored to your areas of interest. On the wards, the child neurology resident has a supervisory role over the neurology service in conjunction with the attending physician, and acts as a consultant for patients on the general pediatrics floors and ICU.

Dedicated didactic time includes Tuesday afternoons and Friday mornings. Lectures cover topics ranging from neurophysiology to movement disorders to neurogenomics and more.