Mastering Java Programming 2025

Most Comprehensive Java Programming Course

What you'll learn

Understand Java Syntax and Structure

Apply Object-Oriented Programming Principles

Develop and Debug Simple Java Applications

Utilize Java Standard Libraries and Tools

Requirements

No prerequisites

Description

Welcome to Mastering Java Programming, a detailed and structured course designed to help you become a proficient Java developer. Java is one of the most widely used programming languages in the software industry, powering web applications, enterprise software, and Android development. This course provides a complete journey through Java, from fundamental concepts to advanced techniques, ensuring you gain a deep understanding of the language.You will begin with core Java concepts such as data types, control structures, loops, and functions, followed by an in-depth study of Object-Oriented Programming (OOP). You will learn about classes, objects, constructors, inheritance, polymorphism, encapsulation, and abstraction, which are essential for building reusable and maintainable code. You will also learn about memory management in Java alongwith file i/o and exception handling.As you progress, you will explore exception handling, file handling, Java Collections Framework (JCF), and multithreading, all of which are crucial for real-world application development. You will also learn database connectivity using JDBC and GUI development using Swing. Core Java concepts like packages are also covered in detail, in a way that it's easier for you to comprehend.This course emphasizes hands-on coding with practical projects, ensuring that you not only understand theoretical concepts but also gain experience in building Java applications. Whether you’re aiming for a career in software development, mobile app development, or backend engineering, this course equips you with the expertise to master Java and create high-performance applications.

Overview

Section 1: Java Development Model

Lecture 1 Types Of Software

Lecture 2 Java Versus C++

Lecture 3 Traditional Programming Model

Lecture 4 Java Programming Model

Lecture 5 Java Development Stack

Lecture 6 Software Development In Java

Section 2: Introduction To Java Programming

Lecture 7 Java Constants Variables And Keywords

Lecture 8 Java Primitives

Lecture 9 First Java Program

Lecture 10 Java Program Organization

Lecture 11 Types Of Comments

Lecture 12 Building And Execution In Net Beans

Lecture 13 Receiving Input From Keyboard

Lecture 14 Generic Programs

Lecture 15 Building Programs At Command Line

Lecture 16 Input Through Command Line Arguments

Lecture 17 Type Declaration Instruction

Lecture 18 Arithmetic Instruction

Lecture 19 Primitives In Detail

Lecture 20 Mixing Primitives

Lecture 21 Output Functions

Lecture 22 Debugging A Java Program

Section 3: Control Instructions In Java

Lecture 23 Control Instructions

Lecture 24 Decision Control Instruction

Lecture 25 Forms Of If

Lecture 26 Logical Operators

Lecture 27 Hierarchy Of Operators

Lecture 28 Subtle Difference C And Java

Lecture 29 Conditional Operators

Lecture 30 Loop Control Instruction

Lecture 31 Incrementation / Decrementation Operators

Lecture 32 Pre And Post Incrementation

Lecture 33 Compound Assignment Operators

Lecture 34 Infinite Loops

Lecture 35 The For Loop

Lecture 36 Subtleties Of For Loops

Lecture 37 Sophisticated Break And Continue

Lecture 38 Do While Loop

Lecture 39 Break And Continue With Loops

Lecture 40 Repeating Unknown Number Of Times

Lecture 41 Case Control Instruction

Lecture 42 Nuances Of Switch

Lecture 43 Checking Characters Using Switch

Section 4: Functions

Lecture 44 Why Use Functions

Lecture 45 Functions

Lecture 46 Intricacies Of Functions

Lecture 47 Communication Between Functions

Lecture 48 Returning Multiple Values From Functions

Lecture 49 Arithmetic Functions

Lecture 50 Trigonometric And Other Functions

Lecture 51 Overloaded Functions

Lecture 52 Multiple Mains

Lecture 53 Functions With Variable Number Of Arguments

Section 5: Recursion In Java

Lecture 54 Recursion

Lecture 55 Recursion: Sum Of Digits

Lecture 56 Recursion: Factorial

Lecture 57 Recursion Tips

Lecture 58 Recursion: Base Conversion

Lecture 59 Recursion: Prime Factors

Lecture 60 Recursion: Paper Sizes

Lecture 61 Recursion Stack Overflow

Lecture 62 Working Of Stack

Section 6: Object Oriented Programming

Lecture 63 Programming Paradigms

Lecture 64 Object Oriented Model

Lecture 65 Difference Class And Object

Lecture 66 Stack Class

Lecture 67 Classes And Objects

Lecture 68 Objects In Memory

Lecture 69 Classes And Objects Better Way

Lecture 70 Access Specifiers

Lecture 71 The This Reference

Lecture 72 Is This Necessary?

Lecture 73 Object Initialization

Lecture 74 Object Initialization Using Constructor

Lecture 75 Overloaded Constructors

Lecture 76 Static Functions

Lecture 77 Difference Between Instance And Static Functions

Lecture 78 Object Destruction

Lecture 79 Passing Primitives

Lecture 80 Passing Objects

Section 7: Arrays

Lecture 81 Introduction To Arrays

Lecture 82 Intricacies Of Arrays

Lecture 83 Arrays Access Mechanisms

Lecture 84 Array Reallocation And Deallocation

Lecture 85 Passing And Returning Arrays

Lecture 86 2D Arrays

Section 8: Reuse Mechanisms In Java

Lecture 87 Reuse Mechanisms

Lecture 88 Practical Examples Of Reuse

Lecture 89 Inheritance

Lecture 90 Object Sizes In Inheritance

Lecture 91 Function Calls In Inheritance

Lecture 92 Constructor Calls In Inheritance

Lecture 93 Inheritance Order Of Constructor Calls

Lecture 94 How To Prevent Inheritance

Lecture 95 Inheritance Summary

Lecture 96 Dynamic Dispatch Mechanism

Section 9: Abstract Classes And Interfaces

Lecture 97 Abstract Classes

Lecture 98 Interfaces

Lecture 99 Interface Scenario I

Lecture 100 Interface Scenario II

Lecture 101 Interface Scenario III

Lecture 102 Interfaces Versus Abstract Classes

Section 10: Exception Handling In Java

Lecture 103 Exception Handling

Lecture 104 Exception Handling In Java

Lecture 105 Ways To Tackle Exceptions

Lecture 106 Catching Multiple Exceptions

Lecture 107 Finally Block

Lecture 108 Exception Handling Tips

Section 11: Packages

Lecture 109 Packages

Lecture 110 Split Packages

Lecture 111 Different Packages Same Types

Lecture 112 Nested Packages

Lecture 113 Package And Import FAQs

Lecture 114 Package Access

Lecture 115 Packages Summary

Section 12: Java Input / Output System

Lecture 116 Effective I/O System

Lecture 117 Stream Based I/O

Lecture 118 Types Of Streams

Lecture 119 Stream I/O Programs

Lecture 120 Predefined Streams

Lecture 121 String I/O

Lecture 122 Right Class Selection

Lecture 123 Serialization

Lecture 124 Filter Streams

Lecture 125 File Class

Section 13: Multithreading And Synchronization

Lecture 126 Multithreading

Lecture 127 Thread Properties

Lecture 128 Thread Creation

Lecture 129 Multiple Threads

Lecture 130 Thread Class Versus Runnable

Lecture 131 Threading Practical Example

Lecture 132 Synchronization

Lecture 133 Synchronized Blocks

Lecture 134 Inter Thread Communication

Lecture 135 Producer Consumer Algorithm

Lecture 136 Thread Priorities

Section 14: Generics

Lecture 137 Generic Functions

Lecture 138 Generic Functions With Multiple Arguments

Lecture 139 Generic Class

Lecture 140 Bounded Generics

Section 15: Java Collections

Lecture 141 Java Collections

Lecture 142 Collection Class Vector

Lecture 143 Algorithm Arrays

Lecture 144 Collection Class Stack

Lecture 145 Collection Class Linked List

Lecture 146 Collection Class Tree Set

Lecture 147 Collection Class Hash Map

Section 16: Java Swing

Lecture 148 User Interface Apps

Lecture 149 First Swing Application

Lecture 150 Another Swing Application

Lecture 151 Event Handling

Section 17: JDBC

Lecture 152 Database Terminology

Lecture 153 Database Operations

Lecture 154 JDBC

Lecture 155 JDBC Application

Lecture 156 Modern JDBC Application

Developers interested in learning one of the most widely used programming language