This project involves the design of a mobile application interface aimed at providing users with real-time and historical earthquake data. The app serves as a reliable tool for tracking seismic activity, combining ease of use with comprehensive data visualization to meet the needs of its users. It allows users to visualize earthquake locations on a map, with additional details like depth and coordinates.
This mobile application came to my mind after I experienced a horrible earthquake in 2023. I realized that it is very important to get the right information after every big or small earthquake. I also realized that younger generations can handle dealing with bad UI, however it was so hard for my older aunts and grandparents to understand if the magnitutde was dangerous or not. This is why, this mobile application interface is designed to display recent earthquake information in a user-friendly and structured manner. The project focuses on providing clear and accessible earthquake data, allowing users to stay informed about seismic activities in their area or other regions. A detailed list displaying recent earthquakes, including magnitude, location, and timestamp are also very needed. Color-coded magnitudes to help users quickly assess the severity of events is included. Users can filter earthquake data by magnitude or specific timeframes and a bottom navigation bar ensures smooth tran
Conducted research to understand the needs and behaviors of users interested in earthquake monitoring. Ensured the interface prioritizes clarity and accessibility, making critical data easily digestible for all users. Developed a logical navigation structure with a bottom navigation bar for easy access to different sections of the app. Streamlined the user journey to minimize friction and enhance the overall experience.
