Kalyani Ankem1, Sookyung Cho2, Diana Simpson3. 1. a Assistant Professor, Health Informatics , Northern Kentucky University , Highland Heights , KY , USA. 2. b Assistant Professor, Media Informatics , Northern Kentucky University , Highland Heights , KY , USA. 3. c Baptist Health Lexington, Lexington, KY, USA; Master of Health Informatics Student , Northern Kentucky University , Highland Heights , KY , USA.
Abstract
INTRODUCTION: The majority of medication apps support medication adherence. Equally, if not more important, is medication safety. Few apps report on medication safety, and fewer studies have been conducted with these apps. OBJECTIVES: The usability of a medication safety app was tested with nurses to reveal their perceptions of the graphical user interface and to discover problems they encountered in using the app. METHODS: Usability testing of the app was conducted with RN-BSN students and informatics students (n = 18). Perceptions of the graphical components were gathered in pretest and posttest questionnaires, and video recordings of the usability testing were transcribed. The significance of the difference in mean performance time for 8 tasks was tested, and qualitative analysis was deployed to identify problems encountered and to rate the severity of each problem. RESULTS: While all participants perceived the graphical user interface as easy to understand, nurses took significantly more time to complete certain tasks. More nurses found the medication app to be lacking in intuitiveness of user interface design, in capability to match real-world data, and in providing optimal information architecture. CONCLUSION: To successfully integrate mobile devices in healthcare, developers must address the problems that nurses encountered in use of the app.
INTRODUCTION: The majority of medication apps support medication adherence. Equally, if not more important, is medication safety. Few apps report on medication safety, and fewer studies have been conducted with these apps. OBJECTIVES: The usability of a medication safety app was tested with nurses to reveal their perceptions of the graphical user interface and to discover problems they encountered in using the app. METHODS: Usability testing of the app was conducted with RN-BSN students and informatics students (n = 18). Perceptions of the graphical components were gathered in pretest and posttest questionnaires, and video recordings of the usability testing were transcribed. The significance of the difference in mean performance time for 8 tasks was tested, and qualitative analysis was deployed to identify problems encountered and to rate the severity of each problem. RESULTS: While all participants perceived the graphical user interface as easy to understand, nurses took significantly more time to complete certain tasks. More nurses found the medication app to be lacking in intuitiveness of user interface design, in capability to match real-world data, and in providing optimal information architecture. CONCLUSION: To successfully integrate mobile devices in healthcare, developers must address the problems that nurses encountered in use of the app.