Design of a mobile-based user interface for eye workouts

Objective
The objective of this thesis is to develop a mobile application that aims to make eye workouts more accessible to a wider audience, specifically targeting individuals suffering from headaches or migraines. The study focuses on investigating the research questions surrounding the development of the user interface and employs a user-centered approach to effectively address the challenge. By developing a mobile app that guides users through the process of specific eye exercises, the objective is to provide a convenient and accessible solution that can be practiced independently.

Approach
The study follows a user centered design process that includes a literature study, competitor analysis, requirement identification, user-centered interface design, technology evaluation, prototype implementation, and final evaluation. Research questions addressed in this study are:
1) Target Group: Identify the target audience to tailor the app experience to their preferences and needs.
2) Feedback Mechanisms: Explore reliable feedback methods to ensure correct execution of workouts.
3) User Retention: Develop strategies to encourage regular app usage for long-term benefits.

Conclusion
A functional prototype in the form of an angular web app was created based on the extensive conceptualization developed within the thesis. The implementation focused on addressing the research questions and provided valuable insights. The findings highlighted the importance of customization options to optimize the execution of eye workouts for different individuals. By enhancing personalization and ensuring usability according to recognized principles, the application can better cater to user needs. The recommendations and evaluation findings serve as a foundation for future iterations and improvements of the application, with a focus on customization and adherence to recognized usability principles.