Java Course (Beginner to Advanced) by Nikhil Jaggi

The Java Programming Master Course (Beginner to Advanced Level) is a comprehensive, industry-focused training program designed to help students master Java programming from fundamentals to advanced concepts. This structured course takes learners step-by-step through core programming principles, object-oriented programming, data structures, database connectivity, and modern Java features.

Java remains one of the most widely used programming languages in software development, backend systems, enterprise applications, and mobile development. This course is ideal for beginners, students, aspiring software developers, and professionals who want to build strong coding skills and prepare for technical interviews or software development careers.

Through a combination of conceptual learning, hands-on coding, and real-world projects, students will develop strong logical thinking, problem-solving abilities, and practical programming confidence.

What Students Will Learn

📘 JAVA PROGRAMMING MASTER COURSE (Beginner → Advanced)

MODULE 1 — Programming Fundamentals

• What is Programming & Java

• Installing JDK & IDE (IntelliJ / Eclipse / VS Code)

• Java Program Structure

• Variables & Data Types

• Input / Output

• Type Casting

• Operators

Outcome: Student writes first Java programs confidently.

MODULE 2 — Control Flow & Logic Building

• If / Else

• Switch Case

• For Loop

• While & Do-While

• Nested Loops

• Pattern Printing (Basic → Advanced)

Outcome: Strong logic-building foundation.

MODULE 3 — Methods & Functions

• Method Declaration & Calling

• Parameters & Return Types

• Method Overloading

• Recursion

Outcome: Students learn code reusability.

MODULE 4 — Arrays & Strings

• 1D & 2D Arrays

• Traversing Arrays

• Searching & Sorting

• String Class

• StringBuilder & StringBuffer

• Common String Problems

Outcome: Data handling skills.

MODULE 5 — Object-Oriented Programming (OOP)

• Class & Object

• Encapsulation

• Inheritance

• Polymorphism

• Abstraction

• Interfaces

• Constructors

• this & super keyword

Outcome: Industry-level OOP understanding.

MODULE 6 — Exception Handling

• Try, Catch, Finally

• Throw & Throws

• Custom Exceptions

• Best Practices

Outcome: Writing safe and stable code.

MODULE 7 — Collections Framework

• ArrayList

• LinkedList

• HashSet

• TreeSet

• HashMap

• TreeMap

• Iterator

• Comparable & Comparator

Outcome: Real-world data structures.

MODULE 8 — File Handling

• File Class

• Reading & Writing Files

• BufferedReader / Writer

• Serialization

Outcome: Data persistence skills.

MODULE 9 — Multithreading & Concurrency

• Thread Class

• Runnable Interface

• Thread Lifecycle

• Synchronization

• Inter-thread Communication

Outcome: High-performance programming.

MODULE 10 — Java 8 Features

• Lambda Expressions

• Functional Interfaces

• Streams API

• Optional Class

• Method References

Outcome: Modern Java programming.

MODULE 11 — Data Structures & Algorithms (DSA)

• Time & Space Complexity

• Arrays Problems

• Strings Problems

• Recursion Problems

• Stack

• Queue

• Linked List

• Binary Search

• Sorting Algorithms

• Hashing

• Basic Trees

Outcome: Interview readiness.

MODULE 12 — Database & JDBC

• What is Database

• SQL Basics

• MySQL Setup

• JDBC Connection

• CRUD Operations

Outcome: Backend fundamentals.

MODULE 13 — Mini Projects

• Student Management System

• Bank Management System

• Library Management System

• Expense Tracker

• Quiz Application

Outcome: Portfolio-ready projects.

MODULE 14 — Advanced Project

• Full Java Application (Console / GUI)

• Database Integration

• Error Handling

• Documentation

Outcome: Industry-style project.

Teaching Method

This course is delivered through live online sessions, ensuring flexible and interactive learning. The teaching approach includes:

• Step-by-step concept explanation
• Live coding demonstrations
• Hands-on programming exercises
• Real-world problem-solving sessions
• Interview-oriented DSA practice
• Guided project development

Students receive continuous support to ensure clarity and confidence at every stage of learning.

Why This Course

This program provides a complete Java learning pathway—from beginner fundamentals to advanced development concepts. The inclusion of data structures, modern Java features, and real-world projects makes it highly valuable for academic growth and career preparation. The structured progression ensures learners build strong foundations before moving into complex topics.

Benefits and Outcomes

By completing this course, students will:

• Develop strong Java programming fundamentals
• Master object-oriented programming concepts
• Gain practical experience through real projects
• Learn database integration using JDBC
• Improve problem-solving and coding skills
• Build a portfolio of Java applications
• Prepare for technical interviews and software roles

This course provides a complete roadmap for anyone aiming to become confident in Java programming and software development.