Resource interference and frustrating experiences for students and instructors often arise from traditional teaching methods involving shared FHIR® server instances. We present a web-based application to automate the deployment and management of isolated FHIR server instances within Docker containers, accessible through an intuitive web interface. This system allows for the easy creation, management, and resetting of individual servers, each pre-populated with sample FHIR data, facilitating hands-on learning. By providing a user-friendly platform with direct access to FHIR resources, our application enhances the educational experience, enabling students to focus on mastering FHIR concepts and practical implementation. This tool effectively addresses the challenges of teaching practical FHIR skills, contributing to a more efficient and effective learning environment.
Keywords: Automation; Containerization; Fast Healthcare Interoperability Resources; Interoperability; Teaching.