Description: (Starting on 16th July) 

Course Duration 2 months (4 days a week - M-W-F-S)

Notification is sent to you by email once you enroll for each live session (24 hours in advance)

Timing : 6 PM - 7.30 PM

Recording Available

This course serves as a comprehensive guide to mastering Java programming from the ground up. Whether you're a beginner or looking to enhance your skills, this course covers all the fundamental concepts and advanced topics in Java programming to help you become a proficient Java developer.

Key Highlights:

• Master Java programming basics and advanced concepts
• Understand object-oriented programming principles in Java
• Step-by-explaination of each Java Program
• Hands-on projects to reinforce learning
• Practical tips and best practices for Java development

What you will learn:

• Comprehensive Java Knowledge
  Gain a solid foundation in Java programming through detailed lectures and practical examples.
• Object-Oriented Programming Mastery
  Learn how to apply object-oriented principles effectively in Java programming projects.
• Hands-On Projects
  Put your skills to the test with hands-on projects that simulate real-world Java programming scenarios.
• Best Practices and Tips
  Discover valuable tips and best practices that will elevate your Java programming skills to the next level.

Syllabus 

• Overview of C and C++
• Java Introduction
• First Program in Java
• Constants and variables 
• Keywords
• Data Types
• Type Conversion
• Various operators in Java
• Decision Control Structure
• Iterative Control Structure
• switch case
• Classes and Objects
• static members
• Wrapper Classes 
• Command Line Arguments
• Package
• import
• user input
• Access Modifiers
• Constructor
• Initialization and static block 
• Inheritance and Types
• Method Handling
• Method Overloading 
• Method Overriding 
• Polymorphism 
• final 
• this an super
• Constructor and inheritance
• Constructor chaining 
• Abstract Class
• Interface 
• Arrays
• Strings 
• Lambda Expression
• Exception Handling
• Threading 
• Nested Class
• Serialization and de-serialization 
• Memory Management