This project was conceived as a part of the Data Structure and Algorithms course, addressing the monumental task of managing vast amounts of data stored across global servers. In today's data-driven world, databases play a pivotal role in nearly every facet of our lives. While SQL is a standard method for database management, this project explores the unique concept of using C++ to maintain a comprehensive database system.

• Database Creation: The project focuses on creating a Hospital Management System database entirely in C++, harnessing multiple algorithms to efficiently manage and organize data.

• Algorithmic Approach: Multiple data structures and algorithms are implemented to handle the complexities of managing patient records, medical histories, appointments, and other crucial information within the hospital environment.

• Efficiency: By leveraging C++ and algorithmic optimizations, the project aims to streamline the process of data storage, retrieval, and manipulation, ensuring that the Hospital Management System operates efficiently.

• Database Functionality: The database is designed to maintain a seamless flow of information, offering robust functionality for administrators, doctors, and patients to access and update data securely.

This project challenges the conventional use of SQL in database management by demonstrating the potential of C++ in handling large-scale data systems. It showcases the power of algorithmic thinking and data structures in efficiently maintaining a Hospital Management System database.

The C++ Hospital Management System database project exemplifies the fusion of modern programming paradigms with data structure and algorithm expertise. It highlights the versatility and capabilities of C++ in managing the vast volumes of data essential for the smooth operation of a hospital, paving the way for innovative approaches to database management in the future.