The project consists of a straightforward web application created with Java and the Spring framework. Users can create an account, log in, and manage their profile data. In addition, users can see and create posts. To protect user information and guarantee that only authenticated users can access particular functionalities, the application uses authentication tokens. User signup, signin, and update information, post creation and retrieval, and creation of authentication tokens are all included in the API endpoints.The project consists of a straightforward web application created with Java and the Spring framework. Users can create an account, log in, and manage their profile data. In addition, users can see and create posts. To protect user information and guarantee that only authenticated users can access particular functionalities, the application uses authentication tokens. User signup, signin, and update information, post creation and retrieval, and creation of authentication tokens are all included in the API endpoints.

• Skills: Model-View-Controller (MVC) · Hibernate · MySQL · Spring Boot · Data Structures & Algorithm with java

 The Expense Tracker API is a Java-based web application built using Spring Boot. It provides endpoints for managing expenses and user authentication. It offers endpoints for user authentication and spending management. The program has a tiered design where services implement business logic, controllers handle HTTP requests, and repositories communicate with the database. The user and expense models are the main data structures employed in the project. The expense model represents expense data, whereas the user model represents user data. DTO (Data Transfer Object) classes for managing input and output data for sign-up and sign-in activities are also included in the project.The Expense Tracker API is a Java-based web application built using Spring Boot. It provides endpoints for managing expenses and user authentication. It offers endpoints for user authentication and spending management. The program has a tiered design where services implement business logic, controllers handle HTTP requests, and repositories communicate with the database. The user and expense models are the main data structures employed in the project. The expense model represents expense data, whereas the user model represents user data. DTO (Data Transfer Object) classes for managing input and output data for sign-up and sign-in activities are also included in the project.

• Skills: Model-View-Controller (MVC) · Hibernate · Jakarta Persistence · MySQL · Spring Boot · Data Structures & Algorithm with java

 Using Spring Boot, Java, and MySQL, the hospital Management API was created as a RESTful API. It offers a complete answer for controlling appointments, patient and physician data, and more inside a healthcare system. Through the API, patients may register, log in, schedule appointments with available providers, and, if necessary, cancel appointments. A doctor's appointment schedule may be retrieved and entered to the system.Using Spring Boot, Java, and MySQL, the hospital Management API was created as a RESTful API. It offers a complete answer for controlling appointments, patient and physician data, and more inside a healthcare system. Through the API, patients may register, log in, schedule appointments with available providers, and, if necessary, cancel appointments. A doctor's appointment schedule may be retrieved and entered to the system.

• Skills: Model-View-Controller (MVC) · Hibernate · Spring Boot · Data Structures & Algorithm with java