Unique Med-Peds Physician Opportunity in Dallas, TX

Exciting opportunity for Medicine-Pediatrics physicians! This dynamic 50/50 inpatient role at Medical City Dallas offers balanced exposure to both adult and pediatric care in a state-of-the-art facility. Join us and make a difference. Key Responsibilities Deliver exceptional medical care to hospitalized pediatric and adult patients in a 50/50 inpatient role. Collaborate with diverse teams of subspecialists, surgeons, and multidisciplinary healthcare professionals. Work with dedicated nurses and support staff in both pediatric and adult care settings. Participate in quality improvement initiatives and hospital-wide collaborative programs. Provide bedside education and mentorship to residents. Explore opportunities to develop new training programs, lectureships, and leadership roles. Position Profile Board certified/eligible Medicine-Pediatrics physician (Med-Peds residency or similar training required). Clinical Volume Daily census: 20–30 patients shared by two physicians + APP in summer months; 30–50 patients shared by three physicians + APP in winter months for Pediatric Hospital Medicine. Daily census: 18–20 patients; nocturnist physicians and APP cover the nights for Adult Hospital Medicine. Robust subspecialty support, including 24/7 in‑house specialists in Pediatrics, PICU, CVICU, NICU, and Adult Closed ICUs. Full‑time role with 120 hours/month, split at 60 hours between the two departments. Comprehensive Meditech EMR system. Key Features & Capacity Dallas, TX – Medical City Dallas Hospital is a premier healthcare destination in DFW, renowned for its comprehensive care across a wide spectrum of specialties. 876‑bed facility with the only Level IV NICU adjacent to women’s and pediatric services. 254‑bed award‑winning children’s hospital with dedicated emergency department, PICU, CVICU, and specialized surgical services. Advanced adult care in neonatology, cardiology, orthopedics, oncology, transplant services, and critical care units. Pioneering ECMO services, robotic surgeries, and minimally invasive treatment options. #J-18808-Ljbffr