Abstract
The prevalence of persistent distraction in relation to digital devices has been of increasing concern to many ethicists and software developers. This portfolio comprises two separate projects with a focus on the subject of how a significant portion of society is consistently distracted by mobile devices. The first is a technical project that serves as a capstone to the author’s undergraduate studies, and the second is a research paper framed within the field of Science, Technology, and Society (STS). The capstone project involves the design and development of a mobile application aimed at improving user focus by limiting access to distracting applications while implementing habit-forming mechanisms to reinforce healthy interactions with their mobile device. The STS research paper examines the broader sociotechnical forces that contribute to declining attention spans, prompting an analysis of how the characteristics of digital technologies induce inattentive habits. The former project is practical and solution-oriented, while the other is analytical and more theoretical. Together, they explore both the causes and potential mitigations of fragmented human attention in the information age. This dual approach strengthens the portfolio as a whole by demonstrating not only the ability to build technical systems, but also the capacity to critically evaluate the societal implications and underlying mechanisms of those systems.
The capstone project centers on the development of a mobile application called “Reel It In,” designed to help users manage their attention more effectively by restricting access to distracting applications during designated focus sessions. There are existing digital wellness tools that already attempt to limit distractions through timers or application blocking, but there is little reason for the user to continue using these apps beyond their instantaneous choice to download it. Unlike existing digital wellness tools that rely primarily on restrictive measures, Reel It In incorporates gamification elements to encourage sustained engagement and habit formation. The app integrates a timer-based system that blocks selected applications while the user is in focus mode, alongside an interactive interface that provides feedback and incentives tied to consistent use. The application was evaluated through beta testing, assessing both focus effectiveness and gameplay satisfaction. Results indicated that users experienced reduced distraction during focus sessions and found the gameplay enjoyable. These findings suggest that gamification can serve as an effective mechanism for improving adherence to digital wellness tools. The final product demonstrates a functional prototype capable of supporting focus sessions while providing an engaging user experience, with success evaluated through usability, reliability, and early feedback indicating improved behaviors.
The STS research paper addresses the question: How do the characteristics of digital technology induce inattentive habits? Drawing on prior literature from the realms of cognitive psychology, behavioral design, and technological determinism, the paper demonstrates that common inattentive habits arise from intentionally designed digital systems that exploit human cognitive vulnerabilities. Features such as variable reward structures, constant notifications, and algorithmically curated content take advantage of natural limitations in attention and impulse control, reinforcing habitual engagement and fragmented focus. Using a soft technological determinist framework, the analysis shows that while individuals retain some agency, the structure and incentives of digital platforms strongly shape behavior. The concept of the attention economy further explains how companies are incentivized to maximize user engagement, often at the expense of sustained attention and well-being. The findings suggest that digital distraction is not merely a byproduct of technology use, but a predictable outcome of systems designed to capture and retain attention.
The opportunity to work on both the capstone project and the STS research paper provided valuable insights that would not have come from either project alone. The technical project benefited from the theoretical understanding developed in the STS analysis, allowing design decisions to be informed by knowledge of how and why digital systems influence behavior, while the STS research, meanwhile, was grounded by the practical challenges encountered during development of the application, offering a more concrete perspective on how design choices are implemented and constrained in real systems. This integration demonstrated the importance of considering ethical responsibility in technological design, particularly when systems have the capacity to shape user behavior at scale. More broadly, the experience demonstrates the value of combining technical and sociotechnical perspectives, reinforcing the idea that effective solutions to complex problems require both practical implementation and critical analysis.
