The vehicle Parking Management system is a web-based technology that will manage the records of the incoming and outgoing vehicles in an parking house. It’s an easy for Admin to retrieve the data if the vehicle has been visited through number he can get that data. Vehicle parking management system is an automatic system that delivers data processing in very high speed in a systematic manner.

The aim of ‘Maid Hiring Management System in PHP ’ is to automate its existing manual system by the help of computerized equipment and full-fledge computer software, fulfilling their requirements so that their valuable date can be stored for a longer period with easy accessing and manipulation of the same. Basically the project describes how to handle good performance and provide better services to clients. This project can lead to error free, secure, reliable and fast management system. This system will help the organization in better utilization of resources. In Maid Hiring Management System Project we use PHP and MySQL Database. This project keeps the records of maids and booking requests of maids. Maid Hiring Management System has two modules i.e. admin and user.

This project is a web-based application that is especially designed to provide complete functionality of listing and booking cars for large, premium, and small car rental businesses. Built with PHP, this system enables users to easily list and book cars, as well as manage their accounts. It offers features such as car search, booking confirmation, payment system, and customer service management. With its simple and intuitive interface, this system makes it easier for businesses to manage their car rental operations and provide high-quality, reliable service to their customers.

User Management System is a web based technology which manages user database and provides rights to update the their details In this web application user must be registered. This web application provides a way to effectively control record & track the user details who himself/herself registered with us.

Tourism Management System in PHP is a web-based application designed to streamline the process of managing tourism-related activities. It offers a range of modules to suit the needs of both admins and users. The Admin module enables admins to create packages, manage users, manage inquiries, manage issues, manage bookings, manage pages, and change passwords. The User module allows users to register, log in with valid email and password, recover forgotten passwords, book tours, manage bookings, generate tickets regarding complaints, and change passwords. The Guest User module allows non-registered users to view information about packages, bookings, and other tourism-related activities. The Tourism Management System in PHP offers a comprehensive solution for managing tourism-related activities. It is an efficient and secure system that can be easily integrated into existing websites.

Park Ticketing Management System Using PHP and MySQL

COVID19 Testing Management System Using PHP and MySQL

Hospital Management System (HMS) is a web-based application developed to streamline the management of medical facilities. It facilitates the registration of patients, storing their details securely in the system. The system provides a unique identification for each patient and stores their personal information. Access to the system is provided to an administrator with a username and password. This person is responsible for entering data into the database. The user-friendly interface allows for easy retrieval of data when needed. Data stored in the system is secured for personal use and its efficient data processing capabilities ensure fast access.

Employee Leave Management System (ELMS) is a web-based system that enables employees and administrators to manage leave requests and track employee leave information. The system is divided into two modules: the employee module and the admin module. The Admin Module allows the administrator to add, update and delete leave types and departments, add new employees and update employee information, activate or block an employee, manage the leave application (approval and non-approval) and view the admin dashboard. Every time an employee applies for leave, the administrator will receive a notification. The administrator can also change their own password after logging in. The Employee Module allows the employee to log in with a valid email and password, update their profile, apply for leave, view their leave history, change their password, and recover their password with a valid email and employee ID. ELMS allows employees and administrators to efficiently manage leave requests and track employee leave information, ensuring a smooth and streamlined process.

The Blood Bank and Donor Management System is a web-based application that provides a platform for donors and recipients to connect. Potential donors are able to register on the platform and provide their blood type and city of residence. People in need of blood can search for donors with the same blood type within their city. If a donor is found, they are provided with the donor’s contact information. If no donor is found, the system provides contact information for life-saving contact persons in major cities. In this way, the Blood Bank and Donor Management System facilitates the connection of donors with those in need of blood, thereby helping to save lives.

The Employee Leave Management System (ELMS) is an Intranet based application that can be accessed throughout the organization or a specified group/Dept. This system can be used to automate the workflow of leave applications and their approvals. The project has been planned to have a view of distributed architecture, with centralized storage of the database. The application for the storage of the data has been planned. Using the constructs of MySQL Server and all the user interfaces have been designed using the PHP technologies. The database connectivity is planned using the “MySQL Connection” methodology.

Three-level password authentication in PHP involves verifying a user's password, selecting a predefined color, and verifying the selection with an OTP (One-Time Password). This process enhances security by adding multiple layers of verification before granting access. The user first enters their password, then selects a color from a predefined set, and finally receives an OTP to complete the authentication process.