Effects of computer-based education on health professionals' knowledge, skills, and behavior: A scoping review.

<bold>Background: </bold>Computer-based platforms are rapidly growing as a promising way to deliver education to health professionals (HPs). However, evidence to support the use of computer-based education to change professional behavior and clinical practice and to guide the selection of design features of computer-based educational platforms is lacking in the existing literature.<bold>Objectives: </bold>To address the current gaps in knowledge, a scoping review approach was used to explore the effects of computer-based education on HP knowledge, skills, and behavior as the primary objective. A secondary aim was to determine the design features of computer-based educational platforms that enhanced user satisfaction.<bold>Methods: </bold>The scoping review was conducted using the Arksey and O'Malley framework and the Preferred Reporting Items for Systematic Reviews and Meta-Analyses Extension for Scoping Reviews. Relevant studies were first identified through searches in 7 scientific databases. Studies were then selected through independent screening by 2 reviewers. Finally, the data of selected studies were extracted and charted using Excel (Microsoft Corporation).<bold>Results: </bold>Seventeen studies were selected for inclusion. The included studies were conducted on a wide range of HPs and used computer-based educational platforms with varying features, duration, clinical content, and offerings of accreditation. All studies reported at least 1 of the following outcomes: HPs' acceptance, attitude, and satisfaction; knowledge and skills; and behavior; however, none of the studies evaluated the degrees of change in patient outcomes. Only 2 studies used theoretical frameworks to develop their platform, with mixed impact on effectiveness and consistent effect on satisfaction. In addition, the platforms employed newer features such as tailored feedback and instant messaging.<bold>Conclusion: </bold>Computer-based education can enhance HP knowledge, skills, and behavior. Future studies should explicitly outline the features that further improve learning outcomes and construct their interventions around well-grounded theory to improve the effectiveness of computer-based education on changing HP behavior. [ABSTRACT FROM AUTHOR]