A Dose of Optimism

From Minecraft to Remote Monitoring: Innovating the Patient Experience

Omkar Kulkarni Episode 8

Pediatric innovation has never been static, and today, children’s hospitals across the country are adopting new tools that make care more connected, supportive, and responsive to family needs. In this episode of A Dose of Optimism, Dr. Bimal Desai of Children’s Hospital of Philadelphia and Dr. Zafar Chaudry of Seattle Children’s share how their teams are rethinking the patient and caregiver experience through digital innovation. 

Dr. Desai discusses the unique realities of pediatric remote patient management, how digital check-ins are supporting medically complex children at home, and why small, high-need populations are often the biggest drivers of meaningful impact.  

Dr. Chaudry then shares how Seattle Children’s is approaching AI thoughtfully (emphasizing culture, trust, and workflow) and why tools like their Minecraft hospital world are giving young patients a sense of agency during their hospital stay.

Together, they offer a grounded and hopeful look at how digital health, careful design, and cross-disciplinary collaboration can make care more supportive for families, while keeping clinicians at the center of decision-making.


Episode Resources:

Infant Single Ventricle Monitoring and Management Program (ISVMP) at CHOP

CHOP Neonatal CATCH Program

Remote patient management (RPM) at CHOP

CHOP's Compass Care

Seattle Children’s, Mojang Studios and Hive Games Partner to Craft Unique Minecraft World for Kids in the Hospital

Inside the AI-powered assistant helping doctors work faster and better at Seattle Children’s Hospital


Connect with Dr. Bimal Desai:

The Children's Hospital of Philadelphia

LinkedIn


Connect with Dr. Zafar Chaudry:

Seattle Children’s Hospital

LinkedIn


Connect with us:

KidsX Website

KidsX LinkedIn


Children's Hospital L.A. Website

Children's Hospital L.A. Instagram

Children's Hospital L.A. LinkedIn


Learn more about our sponsor:

Nabla Website

Nabla LinkedIn