Al Naabi Yahya, Ibrahim Nazrita, Dhillon Jaspaljeet Singh
College of Graduate Studies, Universiti Tenaga Nasional (UNITEN), Kajang, Malaysia.
Institute of Informatics and Computing in Energy, Department of Informatics, Universiti Tenaga Nasional (UNITEN), Kajang, Malaysia.
Mhealth. 2024 Jul 16;10:25. doi: 10.21037/mhealth-24-4. eCollection 2024.
Weight management mobile applications have become increasingly popular as a tool for individuals to achieve their weight loss goals. However, key challenges with mobile weight management applications are sustaining user engagement and promoting long-term behavior change. This study examines the key functions and features of weight management mobile applications from the viewpoint of information technology (IT) experts. We have developed a framework that outlines the optimal design strategies for mobile apps to support sustainable weight management.
We conducted face-to-face interviews with five experts to evaluate and give input on the proposed framework.
Eight specialized functionalities have been categorized and defined based on initial framework system features and recommended features based on experts' feedback: (I) customization; (II) usability; (III) integration; (IV) online support; (V) tracking; (VI) nutrition database; (VII) gamification; and (VIII) notification. In addition, common functionalities were identified as (I) registration/sign in; (II) data privacy; (III) security; and (IV) user feedback. An online discussion indicates the system functionality in four themes: (I) configuration; (II) data analytics; (III) support/performance; and (IV) platform: iOS, Android, Native.
These functionalities and features will be incorporated into a framework to design mobile applications for sustainable weight management. Also, to be part of user interface development for the user experience experiments.
体重管理移动应用程序作为个人实现减肥目标的工具越来越受欢迎。然而,移动体重管理应用程序的关键挑战在于维持用户参与度并促进长期行为改变。本研究从信息技术(IT)专家的角度审视体重管理移动应用程序的关键功能和特性。我们开发了一个框架,概述了移动应用程序支持可持续体重管理的最佳设计策略。
我们与五位专家进行了面对面访谈,以评估并就提议的框架提供意见。
基于初始框架系统特性以及专家反馈推荐的特性,已对八项专门功能进行了分类和定义:(I)定制;(II)可用性;(III)集成;(IV)在线支持;(V)跟踪;(VI)营养数据库;(VII)游戏化;以及(VIII)通知。此外,确定了常见功能为:(I)注册/登录;(II)数据隐私;(III)安全性;以及(IV)用户反馈。在线讨论表明系统功能分为四个主题:(I)配置;(II)数据分析;(III)支持/性能;以及(IV)平台:iOS、安卓、原生。
这些功能和特性将被纳入一个框架,用于设计支持可持续体重管理的移动应用程序。此外,还将成为用户体验实验中用户界面开发的一部分。