A rewarding opportunity awaits a Nurse Practitioner in a leading healthcare facility with a 16-bed acuity-adaptable Pediatric Cardiac Care Center. This position involves caring for critically ill pediatric congenital cardiac patients in a dynamic, multidisciplinary setting. The role offers rotating 13-hour day and night shifts, with efforts made not to schedule day and night shifts within the same week. This is a locum tenens role of 6-9 months, where you will serve as a primary covering provider and should be comfortable managing patients with congenital heart disease, including those with complex anatomy and physiology.

Key Details
Assignment Type: Locum Tenens
Setting: Hospital
Start Date: ASAP
Schedule: Rotating 13-hour day/night shifts; on-call, holidays, weekends per unit needs
Patient Population: Pediatric
Location: Rochester, NY

Benefits
– Weekly direct deposit
– Malpractice insurance with tail coverage
– Supportive credentialing assistance
– Flexible scheduling

Job Responsibilities
– Manage critically ill pediatric patients with congenital heart disease
– Care for high-acuity patients, including pre- and post-operative cardiac surgical cases
– Work with multidisciplinary teams including physicians, nurses, and respiratory therapists
– Provide care for occasional adult congenital heart disease patients and PICU boarders

Qualifications
– 2 years of experience in Pediatric Cardiac ICU as an Advanced Practice Provider
– Master's degree as a Nurse Practitioner
– Active New York State RN and Nurse Practitioner licensures in good standing
– Current national certification as a Nurse Practitioner
– BLS certification from AHA and PALS certification from ABA
– Knowledge of complex cardiac anatomy and physiology

Working Hours
Rotating 13-hour shifts, with approximately 50% day shifts and 50% night shifts; on-call and weekends as per unit needs

Skills
– Adaptable and collaborative in a critical care setting
– Effective in a fast-paced, multidisciplinary environment
– Experience with high-risk single ventricle physiology, arrhythmia, and vasopressor support