International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 09 | Sep 2024
p-ISSN: 2395-0072
www.irjet.net
Streamlining Student Shuttle Using Campus Commute Monitor Masanam Suvarna1, Veerla Sai Harsha2, Gonavaram Mounika3, Kataru Pavani4, Dr. Senthil Athithan Department Of Computer Science And Education, KLEF, Vaddeswaram, Andhra Pradesh, INDIA ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - In response to the growing need for enhanced
inconvenience students but also raise safety concerns, particularly during peak commuting times. Furthermore, the expectations of students and their families regarding transportation have undergone significant shifts. With the widespread adoption of smartphones and digital technologies, there is a rising demand for real-time information and streamlined services. Students now anticipate access to accurate bus schedules, live bus tracking capabilities, and user-friendly payment methods, all contributing to a smoother commuting experience. In response to these evolving demands, universities are increasingly exploring innovative solutions to modernize their transportation systems and elevate the overall student experience.
convenience and safety in student transportation within the academic sphere, this article presents Campus Commute Monitor, an innovative application leveraging advanced IoT technology. This solution represents a significant advancement in university transportation systems, offering real-time tracking functionalities for college buses and a smart bus pass system is integrated, facilitating seamless payment processing and user authentication through ID tapping mechanisms. The proposed solution not only enhances the efficiency of bus operations but also offers users a convenient and streamlined experience. By integrating meticulous development practices, Campus Commute Monitor aims to redefine the university commuting experience, providing users with the ability to monitor live bus locations and check seat availability remotely. The application's seamless payment processing and user authentication mechanisms ensure not only enhanced operational efficiency but also a convenient and streamlined experience for commuters and their families. The utilization of cutting-edge hardware components such as the ESP32, Neo 6M GPS module, and PN532 underscores the technical sophistication driving this solution. Campus Commute Monitor develops as an innovative answer to the growing need for ease and safety in student commuting. Universities that use this sophisticated application may proactively meet the demands of their student population by providing real-time tracking capabilities and modernized access options. Furthermore, including full boarding and disembarking logs assures accountability while also providing vital data for optimizing transportation services
1.1 Problem Description The challenges facing traditional university transportation systems are complex and multifaceted, encompassing various aspects of scheduling, safety, and administrative processes. One primary issue is the lack of real-time information available to students regarding bus schedules and locations. Without timely updates, students often experience frustration and inconvenience, unsure of when buses will arrive at their stops. This uncertainty can lead to delays in reaching classes and other commitments, impacting academic performance and overall student experience. Moreover, overcrowded buses present significant safety risks and discomfort for commuters, especially during peak hours when demand for transportation is highest. Beyond the inconvenience of standing-room-only conditions, overcrowding can compromise passenger safety and exacerbate issues related to social distancing, particularly in light of public health concerns. Additionally, many universities still rely on traditional paper-based bus pass systems, which can be cumbersome and prone to errors. Students may encounter difficulties in obtaining or renewing their bus passes, leading to disruptions in their commuting routines and hindering access to essential campus resources. The manual verification of bus passes by drivers or transit staff further contributes to inefficiencies, potentially causing delays and frustration for students attempting to board buses. Addressing these challenges requires innovative solutions that leverage technology to enhance the efficiency, reliability, and accessibility of university transportation systems. Implementing real-time tracking mechanisms, mobile applications, and digital payment
Key Words: ESP32, NEO 6M GPS module, PN532, Commute, Smart bus pass system.
1.INTRODUCTION In recent years, the realm of student transportation within university campuses has encountered notable challenges and evolving needs. As universities expand and diversify, the importance of providing efficient, dependable, and safe transportation options for students becomes increasingly evident. Many universities maintain extensive bus networks to facilitate student commuting, both for those residing on and off campus. However, conventional transportation systems often grapple with issues like unpredictable bus schedules, overcrowded buses, and complex payment procedures. These issues not only
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