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Full Stack Web Development

Full Stack Web 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

  • 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)

Frequently Asked Questions (FAQs)

The course typically lasts 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.

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