FRONTEND

This project addresses the inefficiencies of managing shuttle services in university campuses. The study aimed to develop operational efficiency and improve passenger experience by leveraging advanced technology. The solution was designed to provide users with accurate arrival times and route information through an intuitive web application, minimizing wait times and increasing satisfaction using a three tier client-server architecture and UML modeling to define clear interactions between Student, Drivers and Administrators. Implementations utilized PHP, XAMPP, and my SQL to deliver a responsive platform. Key functionalities of the system includes real-time tracking, automated scheduling, and effective communication channels for passengers and operators. Digital Shuttle Management System serves as a sustainable transportation solution, aimed at optimizing fuel consumption and reducing manual appointment scheduling system. By integrating these elements, the project facilitates a smarter, more responsive shuttle service tailored to meet the evolving demands of mobility

This study presents a comparative analysis of three major frontend frameworks—React, Vue, and Angular—with the goal of identifying their strengths, weaknesses, and suitability for different types of web development projects. The research adopted a mixed-method approach that combined experimental performance testing with a developer survey. The experimental analysis focused on key performance metrics such as rendering speed, memory usage, CPU utilization, and bundle size, while the survey gathered developers’ perceptions on usability, learning curve, community support, and development efficiency. Findings revealed that no single framework is superior in all aspects. React recorded the fastest initial load time and the highest overall performance score, making it ideal for applications that prioritize quick content delivery. Vue demonstrated the best runtime efficiency, smallest bundle size, and lowest resource consumption, proving effective for lightweight and performance- sensitive projects. Angular, although heavier in resource usage, stood out for its comprehensive structure, built-in tools, and scalability—features that make it highly suitable for large enterprise systems. Survey results showed strong developer satisfaction across all three frameworks, with most respondents acknowledging their active communities, extensive learning resources, and productivity benefits. The study concludes that framework selection should depend on project requirements and team expertise rather than popularity. It recommends React for performancefocused projects, Vue for resource-efficient and adaptable applications, and Angular for large- scale, structured enterprise solutions.

This study presents a comparative analysis of three major frontend frameworks—React, Vue, and Angular—with the goal of identifying their strengths, weaknesses, and suitability for different types of web development projects. The research adopted a mixed-method approach that combined experimental performance testing with a developer survey. The experimental analysis focused on key performance metrics such as rendering speed, memory usage, CPU utilization, and bundle size, while the survey gathered developers’ perceptions on usability, learning curve, community support, and development efficiency. Findings revealed that no single framework is superior in all aspects. React recorded the fastest initial load time and the highest overall performance score, making it ideal for applications that prioritize quick content delivery. Vue demonstrated the best runtime efficiency, smallest bundle size, and lowest resource consumption, proving effective for lightweight and performance- sensitive projects. Angular, although heavier in resource usage, stood out for its comprehensive structure, built-in tools, and scalability—features that make it highly suitable for large enterprise systems. Survey results showed strong developer satisfaction across all three frameworks, with most respondents acknowledging their active communities, extensive learning resources, and productivity benefits. The study concludes that framework selection should depend on project requirements and team expertise rather than popularity. It recommends React for performancefocused projects, Vue for resource-efficient and adaptable applications, and Angular for large- scale, structured enterprise solutions.