Desenvolvimento de um app de gerenciamento de tempo: Study Buddy

Abstract

Distraction caused by digital devices in academic settings is a complex problem. Cell phones can become a source of disruption due to inopportune calls, easy access to social networks, and app notifications. Social media addiction and constant connectivity has resulted in problems such as information overload, knowledge obtained from questionable sources, and short attention span. This study proposes the development of an application called "Study Buddy" with the aim of blocking certain applications selected by the user, thereby minimizing distractions during study sessions. The application empowers users to establish focused study routines, employ time management techniques, utilize background sounds, and block distracting applications. By completing the routines, users accumulate points, which may lead them to participate in a ranking system with other users of the application. "Study Buddy" is a mobile application designed to manage and block specific apps for a designated period. It also features a session-based virtual time management technique, aiding users in moments that demand complete focus and concentration. The primary beneficiaries will include students, individuals with concentration issues, and those prone to excessive smartphone usage. The general concept of the application entails users downloading it, inputting a username that will serve as their identifier throughout the app, and storing it in a database. This username is solely utilized to generate the overall user rating within 'Study Buddy'. In the "Routines" tab, users can view existing routines and create new ones. To create a new routine, simply follow three steps: select the application from the list that will be blocked for the specified time, enter the name and description, set the duration time, and indicate whether you want to utilize the time management technique or incorporate background sounds. The utilization of certain technologies facilitated the application development process, enhancing its structural fluidity and easing the resolution of potential technical issues.