Java Spring Boot Case Study - Appointment Management System

Overview

This hands-on case study course guides learners through the design and implementation of a real-world Appointment Management System using Java Spring Boot. Through structured modules, learners will construct a complete backend application using modern industry practices, integrating MVC architecture, JPA-based data persistence, RESTful services, and security layers. The course begins with establishing the application’s core backend, including model design, service layer development, and secure controller setup. It then transitions to integrating frontend components, managing dependencies with Maven, connecting to a relational database, and verifying application functionality through output review and JUnit-based testing. Learners will progressively apply, implement, analyze, and construct the system layer by layer, gaining strong foundational and practical knowledge in full-stack Java development. What You Will Learn (Outcomes) By the end of the course, learners will be able to: Construct and initialize a Spring Boot project with a real-world domain. Implement business logic, model relationships, and secure controllers using best practices. Configure Maven, frontend templates, and database connectivity effectively. Evaluate application output and validate backend behavior using unit testing frameworks.

Syllabus

Core Backend Development

This module introduces the foundational layers of the Appointment Management System project using Java Spring Boot. Learners will explore setting up the project architecture, defining model entities, implementing service logic, and securing RESTful endpoints. Emphasis is placed on understanding JPA for persistence and structuring a clean MVC backend.

Integration, Deployment & Testing

This module focuses on integrating frontend components, managing dependencies, connecting to databases, and validating functionality through testing. Learners will configure build tools, develop dynamic views, ensure correct application behavior, and verify reliability using unit testing with JUnit.