Java Full Stack Development
- Home
- / Python Handay
- / Java Full Stack Development
Welcome!
Java Full Stack Web Development encompasses the complete development of web applications using Java technologies for both the front-end and back-end. Developers work with front-end technologies like HTML, CSS, and JavaScript, along with frameworks such as Angular or React. On the back-end, they use Java frameworks like Spring Boot and Hibernate for database management, API integration, and server-side logic
Prerequisites
Prerequisites for Java Full Stack Web Development include a basic understanding of operating systems and web applications. Familiarity with any programming language will be beneficial, as it helps in grasping core programming concepts and enhances problem-solving skills in web development.
Learning Objectives
The learning objectives of Java Full Stack Web Development include acquiring skills to design and build interactive front-end interfaces using HTML, CSS, and JavaScript, as well as mastering back-end development with Java frameworks like Spring Boot. Students will also learn database management, API integration, and deployment of web applications.
Course Overview
1.1 HTML5 and CSS3
- Introduction to HTML and HTML5
- Structuring Web Pages using Semantic Tags
- Forms and Input Types in HTML5
- Introduction to CSS and Styling Techniques
- CSS3 Selectors, Box Model, Flexbox, and Grid
- Responsive Web Design using Media Queries
- Creating Layouts using Bootstrap
1.2 JavaScript
- Introduction to JavaScript
- Variables, Data Types, Operators
- Control Structures: Conditional Statements, Loops
- Functions and Scope
- DOM Manipulation and Event Handling
- Form Validation and Error Handling
- ES6+ Features: Arrow Functions, Promises, Modules
1.3 JavaScript Framework: React
- Introduction to React and JSX
- Components, Props, and State Management
- Handling Events and Conditional Rendering
- React Router for Navigation
- Introduction to Hooks (useState, useEffect)
- Working with Forms and Formik
- Context API for State Management
2.1 Core Java
- Introduction to Java, OOP Concepts
- Control Flow, Data Types, Operators
- Classes, Objects, and Methods
- Inheritance, Polymorphism, and Interfaces
- Exception Handling, File Handling
- Collections Framework (List, Set, Map)
- Multithreading, Synchronization
2.2 Java Servlets
- Introduction to Servlets and Web Architecture
- Servlet Lifecycle (init, service, destroy)
- Handling HTTP Requests and Responses
- Session Management (HttpSession, Cookies)
- ServletContext and RequestDispatcher
- Exception Handling in Servlets
2.3 JavaServer Pages (JSP)
- JSP Architecture and Lifecycle
- JSP Directives, Scripting Elements, and Implicit Objects
- JSTL (JavaServer Pages Standard Tag Library)
- JSP Expression Language (EL)
- Custom Tags in JSP
3.1 SQL & Databases
- Introduction to RDBMS and SQL
- Writing SQL Queries (SELECT, INSERT, UPDATE, DELETE)
- Joins, Subqueries, Grouping, and Aggregation
- Database Normalization and Relationships (1-1, 1-N, N-N)
- Indexes and Transactions in SQL
- Writing Stored Procedures and Triggers
3.2 Java Database Connectivity (JDBC)
- Overview of JDBC and its Architecture
- Connecting Java with Databases
- CRUD Operations using Statement and PreparedStatement
- Batch Processing, CallableStatement
- ResultSet and Metadata Handling
- Connection Pooling in JDBC
3.3 Hibernate
- Introduction to Hibernate and ORM
- Configuring Hibernate in Java Projects
- Mapping Entities and Relationships in Hibernate
- Querying Databases with HQL and Criteria API
- Transactions and Caching in Hibernate
- Integration of Hibernate with Spring Framework
4.1 Spring Core
- Introduction to Spring Framework and IoC Container
- Spring Bean Lifecycle, Dependency Injection (DI)
- Spring AOP (Aspect-Oriented Programming)
- Spring Annotations (Component, Autowired, etc.)
- Spring ApplicationContext and Configuration
4.2 Spring MVC
- Overview of Spring MVC Architecture
- Controllers, Views, and Models in Spring MVC
- Request Handling and Data Binding in Spring MVC
- Handling Form Data and Validation
- Integrating with Frontend using Thymeleaf
4.3 Spring Boot
- Introduction to Spring Boot for Rapid Development
- Creating REST APIs with Spring Boot
- Spring Boot Annotations and Configuration
- Spring Boot Data JPA for Database Access
- Exception Handling in REST APIs
- Securing APIs using Spring Security
- Testing REST APIs with JUnit and MockMvc
5.1 Introduction to REST
- REST Architecture Principles
- HTTP Methods (GET, POST, PUT, DELETE)
- Consuming and Producing JSON/XML
- Implementing RESTful APIs in Java
- Handling Errors and Versioning in REST APIs
5.2 Securing REST APIs
- Implementing OAuth2 for API Security
- Securing APIs with JWT (JSON Web Token)
- Role-Based Authentication and Authorization
6.1 Microservices Architecture
- Introduction to Microservices and its Benefits
- Monolithic vs Microservices Architecture
- Building Microservices using Spring Boot
- Communication Between Microservices (REST, gRPC)
- Service Discovery with Eureka
- Load Balancing with Spring Cloud Gateway
- Fault Tolerance with Circuit Breakers (Hystrix)
7.1 Version Control with Git
- Introduction to Git and Version Control
- Creating and Managing Repositories
- Branching and Merging in Git
- Working with GitHub for Collaboration
7.2 CI/CD with Jenkins
- Introduction to Continuous Integration and Delivery
- Setting up Jenkins for Automation
- Creating Jenkins Pipelines for Build and Deploy
- Integrating Jenkins with GitHub
7.3 Maven and Build Tools
- Introduction to Maven for Project Management
- Configuring Dependencies and Plugins
- Building and Deploying Java Applications using Maven
- Introduction to Ant as a Build Tool (Optional)
8.1 Unit Testing with JUnit
- Introduction to JUnit for Testing Java Applications
- Writing Test Cases for Java Classes and Methods
- Mocking Dependencies with Mockito
- Integration Testing with Spring Boot
8.2 Debugging Techniques
- Introduction to Debugging in IDE (IntelliJ, Eclipse)
- Using Breakpoints and Watchpoints
- Analyzing Stack Traces and Logs
- Profiling and Performance Monitoring
Module 9: Final Project
- Building a Full-Stack Web Application using Java
- Frontend: Angular/React with REST API Integration
- Backend: Spring Boot and Hibernate
- Database: MySQL/PostgreSQL
- Microservices Deployment with Docker and Kubernetes (Optional)
Enquiry Now
Our Courses
Data Analyst using Python
Select Tech MindGuru for Why ?
Placement Assistance
Placement assistance offered for a successful career.
Membership
Membership provided until the final examination.
Personalized Attention
Personalized attention provided to each student.

Get Course Certificate
Certificate awarded upon completion of the course.
Monthly Tests
Regular monthly test series for progress evaluation.
Latest CBSE Syllabus
Training modules aligned with the latest CBSE syllabus.
Frequently Asked Questions
The course typically lasts in 6 months.
Graduates can become Full Stack Developers, Java Developers, Software Engineers, or Web Application Developers.
Entry-level salaries range from $70,000 to $90,000 annually, with potential increases as experience grows.
A basic understanding of Java is beneficial, but prior experience is not mandatory for enrollment.
The demand for Full Stack Developers continues to rise, making it a promising career choice in the tech industry.
The syllabus includes front-end technologies (HTML, CSS, JavaScript), frameworks (React), back-end development (Spring Boot), database management (SQL, NoSQL), and deployment strategies.
Yes, the course includes hands-on projects that allow students to apply their learning in real-world scenarios.
Yes, participants receive a certificate validating their skills in Java Full Stack Web Development.
Students will develop proficiency in both front-end and back-end technologies, database management, API integration, and the ability to deploy scalable web applications.