Java Programming

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

Choose the learning style that best fits your schedule and preferences:

Online Instructor-Led Training – Learn in real time with live expert-led sessions.
Online Self-Paced Learning – Study anytime, anywhere with flexible recorded modules.
Onsite/Classroom Training – Experience in-person, hands-on learning guided by certified trainers.

What’s Included in the Training Program:

Our industry-leading Training Program is designed to provide a complete learning experience through a perfect blend of theory and practical exposure. Here’s what you’ll get:

Live, Instructor-Led Online Training Sessions
Hands-on Lab Exercises
Certified and Experienced Trainers
Post-Training Support & Mentorship
Comprehensive Learning Resources including eBooks, guides, and reference materials.
Real-World Case Studies & Application Scenarios
Networking Opportunities
Group Projects and Collaborative Learning Activities
Best Practices and Industry Insights.
Access to Recorded Sessions (available for online learners, based on client permissions).
Follow-up Review Sessions.
Tool Demonstrations and Guided Walkthroughs

This training helps you gain the knowledge and hands-on experience needed to advance your career in today’s competitive IT landscape.

Course Content

Introduction to Java

Overview of Java and its applications
Features and advantages of Java (platform independence, object-oriented)
Setting up Java Development Environment (JDK, IDEs like IntelliJ IDEA, Eclipse)
Compiling and running a simple Java program (Hello World example)

Java Basics – Syntax, Variables, and Data Types

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

What’s Included in the Training Program:

Course Content

Introduction to Java

Overview of Java and its applications

Features and advantages of Java (platform independence, object-oriented)

Setting up Java Development Environment (JDK, IDEs like IntelliJ IDEA, Eclipse)

Compiling and running a simple Java program (Hello World example)

Java Basics – Syntax, Variables, and Data Types

Java syntax and structure

Data types in Java: Primitive (int, float, char, etc.) and non-primitive types (String, Arrays)

Variables and constants

Type casting and type conversion

Basic input and output (Scanner class, System.out.println)

Control Flow in Java

Conditional Statements (if, else, switch)

Loops in Java (for, while, do-while)

Break and continue statements

Practical examples and hands-on exercises with control structures

Introduction to Object-Oriented Programming (OOP)

Understanding OOP concepts: Classes, Objects, Methods

Defining a class and creating objects

Constructors in Java

Object-oriented design principles (Encapsulation, Abstraction, Inheritance, Polymorphism)

Inheritance and Polymorphism

Inheritance: Superclass, subclass, extending classes

Method overriding and the super keyword

Polymorphism: Method overloading and method overriding

Practical examples of inheritance and polymorphism in Java

Encapsulation and Abstraction

Encapsulation: Getters and setters, access modifiers (public, private, protected)

Abstraction: Abstract classes and interfaces

When and why to use abstract classes and interfaces

Hands-on exercises on encapsulation and abstraction

Collections Framework

Introduction to Java Collections (List, Set, Map, Queue)

Difference between Collection and Collections

Working with ArrayList, HashSet, HashMap, and LinkedList

Iterating through collections using loops and iterators

Sorting and filtering collections

Exception Handling

What are exceptions? Checked vs unchecked exceptions

Handling exceptions with try, catch, and finally

Creating custom exceptions

Best practices in exception handling

Java 8 Features – Lambda Expressions and Streams

Introduction to functional programming in Java

Lambda expressions: Syntax and examples

The Stream API: Working with collections in a functional style

Filtering, mapping, and reducing data with streams

File Input/Output in Java

Working with files in Java (FileReader, FileWriter, BufferedReader, BufferedWriter)

Reading and writing text files

Working with binary files (ObjectInputStream, ObjectOutputStream)

File handling exceptions and error handling

Multithreading and Concurrency

Introduction to threads in Java

Creating and running threads using Thread class and Runnable interface

Thread synchronization and avoiding race conditions

Working with thread pools and executors

Synchronization and Deadlock

Synchronizing methods and blocks in Java

Deadlock: Causes and how to avoid it

Practical examples of thread synchronization

Java Best Practices

Naming conventions and code formatting

Writing clean and efficient Java code

Java coding standards

Understanding Java memory management (Garbage Collection)

Design Patterns in Java

Introduction to Design Patterns (Creational, Structural, Behavioral)

Common design patterns in Java (Singleton, Factory, Observer, Strategy)

Practical examples of how to implement design patterns in Java

Final Project and Code Review

Hands-on project: Building a real-world Java application

Applying OOP principles and Java best practices in the project

Code review and debugging

Final thoughts and tips for continued learning