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ABSTRACT
The increasing number of road accidents and fatalities in Nigeria due to expired vehicle documents and driver's licenses is a pressing concern. The primary aim of this research was to design a user-focused system for compliance tracking of vehicle and driver's license renewals in Nigeria. The study sought to address the inefficiencies and limitations of the current manual methods employed by the Federal Road Safety Corps (FRSC), thereby improving road safety. An extensive literature review was conducted to understand the current landscape, challenges, and opportunities in compliance tracking for vehicle and driver's license renewals. This guided the design phase, where Figma and Untitled UI were employed to create a functional and visually appealing interface. Various technology frameworks suitable for the system's backend were also explored, each with its role in making the system efficient and scalable. The study successfully designed a system aimed at automating the tracking of vehicle and driver's license renewals. The user-centered design, coupled with a strategic choice of technology frameworks, provides a solid foundation for a scalable and efficient system. Recommendations for future work include close collaboration with FRSC, simplification of the renewal process, and the use of advanced technologies like AI for predictive analysis. Through these efforts, the study lays the groundwork for improving road safety in Nigeria significantly.
