Full Stack Java Training

•    Duration: 3 Months
•    Eligibility: MCA, M.Sc(CS), M.Sc(IT), BCA, B.Sc(CS), B.Sc(IT)

A Full Stack Java Course typically refers to a comprehensive learning program designed to teach you how to develop both the front-end and back-end components of a web application using Java and related technologies. This course is aimed at individuals who want to become proficient in building end-to-end applications, from the user interface to the database.

Syllabus:

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Module 1: Introduction to Full Stack Development

• Introduction to Full Stack Development
  • What is Full Stack Development?
  • The role of a Full Stack Developer
  • Overview of the tools and technologies used in Full Stack Development
• Tools Overview
  • Integrated Development Environments (IDEs) (Eclipse, IntelliJ IDEA, VS Code)
  • Version Control (Git, GitHub/GitLab)

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Module 2: Front-End Development (HTML, CSS, JavaScript)

• HTML5
  • Structure of a web page (head, body, footer, etc.)
  • Forms, input elements, and validation
  • Semantic HTML elements
• CSS3
  • Box Model, positioning, and layout (Flexbox, Grid)
  • Responsive Design with Media Queries
  • CSS Preprocessors (SASS/SCSS)
• JavaScript (ES6 and Beyond)
  • Basic Syntax and Operators
  • Functions, Loops, Conditionals
  • DOM Manipulation
  • Events Handling
  • JSON (JavaScript Object Notation)
  • Error Handling (try/catch, throw)
  • ES6 Features (Arrow Functions, Destructuring, Template Literals, Modules)
• Responsive Web Design
  • Mobile-first approach
  • Frameworks (Bootstrap, Materialize CSS)
  • Asynchronous JavaScript
  • Promises, Async/Await
  • Fetch API and AJAX

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Module 3: Java Core (Foundational Java for Backend Development)

• Java Basics (Variable, data types, Conditional Statement, Loop, Array)
• Object-Oriented Programming (OOP) in Java
  • Classes and Objects
  • Inheritance and Polymorphism
  • Encapsulation
  • Abstraction
  • Constructor Overloading and Overriding
• Core Java Libraries
  • Collections Framework
  • Java Streams (Java 8+)
  • Generics
  • Utility Classes
• Exception Handling
  • Basics of Exception Handling
  • Creating Custom Exceptions
  • Handling Multiple Exceptions
  • Exception Propagation
• Memory Management in Java
  • Understanding Memory in Java
  • Garbage Collection
  • Memory Leaks and Performance Optimization
• Java Input/Output (I/O)
  • Working with Streams
  • Serialization and Deserialization
  • NIO (New I/O)
• Multithreading and Concurrency
  • Basics of Multithreading
  • Thread Communication
  • Executor Framework
  • Advanced Concurrency
• Java 8+ Features
  • Lambda Expressions
  • Stream API
  • Default and Static Methods in Interfaces
  • Optional Class
  • Date/Time API (java.time)

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Module 4: Database Development (SQL & NoSQL)

• SQL Databases (MySQL/PostgreSQL)
  • Relational Database Concepts (Tables, Keys, Indexes)
  • CRUD Operations (Create, Read, Update, Delete)
  • SQL Joins (INNER JOIN, LEFT JOIN)
  • Transactions and ACID Properties
  • Stored Procedures, Triggers, and Views
• NoSQL Databases (MongoDB)
  • Introduction to NoSQL
  • MongoDB CRUD Operations
  • Working with Collections and Documents
  • Aggregation Pipeline

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Module 5: Java Web Development with Servlets and JSP

• Introduction to Java Web Development
• Java Servlets
• JavaServer Pages (JSP)
• Servlet and JSP Integration
• Tomcat Server

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Module 6: Back-End Development with Spring Boot

• Introduction to Spring Framework
• Setting up a Spring Boot Application
• Spring Boot with REST APIs
• Spring MVC
• Spring Security
• Spring Data JPA

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Module 7: API Development and Integration (REST & SOAP)

• RESTful API Development
• SOAP Web Services
• API Documentation and Testing

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Module 8: Front-End and Back-End Integration

• Connecting Front-End (HTML, CSS, JS) with Spring Boot
• Connecting Front-End (HTML, CSS, JS) with Java Servlets
• Authentication and Authorization

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Module 9: Deployment & DevOps Basics

• Introduction to Deployment
• Containerization with Docker
• Cloud Deployment
• CI/CD Concepts

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Module 10: Advanced Topics and Best Practices

• Code Optimization and Performance
• Security Best Practices
• Microservices Architecture

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Assignment:  Self-Assessment by Faculty

Exit Profile: Developer in Java Technology | Specialist in Java Technology | Full Stack Java Developer | Senior Java Developer