ABSTRACT
OBJECTIVE: Telemedicine use in pediatrics increased during the coronavirus disease-2019 (COVID-19) pandemic. Despite rapid uptake by pediatric residency programs, consensus on essential telemedicine skills for pediatric residents is lacking. We used a modified Delphi methodology to identify essential telemedicine skills and behaviors for pediatric residents. METHODS: A focused literature search was performed to identify items for review by pediatric telemedicine experts. A modified Delphi methodology consisting of iterative rounds of anonymous surveys was conducted until consensus for each item was reached. Consensus was defined as >80% of experts identifying a topic as "very important." All items were mapped to one of the Accreditation Council for Graduate Medical Education (ACGME) core competencies. RESULTS: Seventeen pediatric telemedicine skills and behaviors achieved a consensus of "very important." Most items mapped to the ACGME core competency domains of interpersonal and communication skills and professionalism. CONCLUSIONS: There was a high degree of agreement among pediatric telemedicine experts on the importance of 17 telemedicine skills and behaviors for pediatric trainees. These skills can inform pediatric telemedicine curricula and provide validity evidence for pediatric telemedicine assessment tools.
ABSTRACT
During the height of the COVID-19 pandemic, telemedicine visits surged to increase access and maintain continuity of care, while reducing transmission of disease. However, few curricula exist for training residents on how to care for patients via telemedicine, especially in pediatrics. We aimed to create and evaluate an interactive, competency-based pilot curriculum, to meet the urgent need to train residents in telemedicine. The curriculum was developed in 2020 and includes a didactic, cased-based discussions, and direct observation exercise. A model for precepting residents, adhering to new ACGME guidelines, was also created to further engage residents in telemedicine in the outpatient general pediatrics settings. To evaluate the curriculum, we assessed feasibility of a direct observation to provide feedback and we conducted pre and post surveys to assess for changes in residents' self-reported skills in performing telemedicine visits following implementation of the curriculum. 16 residents participated in the curriculum and 15 completed both the pre and post surveys (93%). Residents' self-reported efficacy in performing key components of telemedicine visits, including completion of telemedicine visit (p = 0.023), initiation of visits (p = 0.01), and documentation (p = 0.001) all improved significantly following implementation. Residents' perception of patient satisfaction with telemedicine and personal perception of ease of use of the telemedicine system increased, though neither were statistically significant. Uptake of the direct observation exercise was nearly universal, with all but one resident having a direct observation completed during their ambulatory month. This novel, interactive telemedicine pilot curriculum for residents addresses ACGME competencies and provides residents with a toolkit for engaging in telemedicine.