Smart Vehicle Service Management System with Automated Parking Allocation Using Full-Stack Web Technologies

The rapid expansion of the automobile industry has significantly increased the operational complexity of vehicle service centers. Service centers are required to manage multiple activities simultaneously, including customer handling, service scheduling, technician coordination, spare parts inventory control, billing operations, and parking space management. Traditional service center management approaches often rely on manual documentation and fragmented digital tools, which lead to inefficient workflow execution, data inconsistency, delayed service delivery, and poor resource utilization. This research presents the design and implementation of a Smart Vehicle Service Management System integrated with an Automated Parking Slot Allocation mechanism to improve service center efficiency and operational transparency. The proposed system provides a centralized digital platform for managing customer records, vehicle service history, technician assignments, real-time inventory updates, automated billing generation, and intelligent parking slot distribution. By leveraging full-stack web technologies, the system ensures scalability, security, and real-time accessibility. The automated parking module dynamically monitors slot availability and allocates parking resources to incoming vehicles, thereby reducing congestion and improving spatial utilization. The implementation of this integrated solution demonstrates enhanced workflow automation, reduced service processing time, and improved customer satisfaction.