Java

About Course

Java is a versatile and widely-used programming language that’s known for its portability, reliability, and robustness. It’s used to build everything from mobile apps to large-scale enterprise systems. Java’s unique feature is its “write once, run anywhere” capability, allowing code to be run on various platforms without modification. With Java, you can develop Android apps, web applications, desktop software, and even embedded systems. Its object-oriented nature makes it great for organizing code into reusable components, promoting clean and efficient programming practices. Whether you’re a beginner or an experienced coder, Java offers a vast ecosystem of tools, libraries, and resources to support your coding journey. It’s a language that empowers you to create impactful and diverse applications across different domains.

About Winquest

About WinQuest Online

WinQuest online provides live, interactive classes on Java for kids. With highly qualified tutors, and consistent communication between teacher and student, our classes are suitable for beginners and advanced students alike. Avail for one to one sessions for personalized care, or avail for group sessions to connect and study with other like-minded individuals. Flexible scheduling is done, allowing students to join sessions based on their availability.

Course Content

Prerequisites

Some experience with block-based coding is recommended.

Requirements

A laptop or desktop to connect.
Stable internet connection.
Java Development Kit/JDK to be installed
An IDE (eg:- Visual Studio Code, Eclipse, etc.)

Course Content:

Level 1
Age Group: 10+ Duration: 20 hours
Units	Description
Module 1: Introduction to Java	What is programming? Introduction to Java. Setting up the development environment. Writing and running a basic “Hello, World!” program.
Module 2: Variables and Data Types	Understanding data types: int, double, char, boolean. Declaring variables and assigning values. Basic arithmetic and string concatenation.
Module 3: Conditional Statements	Introducing if, else if, and else statements. Making decisions with comparisons and logical operators. Writing programs with branching logic.
Module 4: Loops and Iteration	Introduction to loops: while and for. Creating programs that repeat tasks. Writing programs with loops.
Module 5: Functions and Methods	Defining and calling methods. Method parameters and return values. Writing modular programs.
Module 6: Arrays and Lists	Creating arrays and ArrayLists. Accessing and modifying array elements. Writing programs that manipulate lists.
Module 7: Basic Object-Oriented Concepts	Introduction to objects and classes. Creating simple classes and objects. Writing programs using objects.
Module 8: Inheritance and Polymorphism	Extending classes through inheritance. Overriding methods and dynamic binding. Exploring superclass and subclass relationships.
Module 9: Project – Mini Calculator	Students create a mini calculator program. Implementing functions for arithmetic operations. Incorporating user input and output.
Module 10: Project – Simple Quiz Game	Students develop an interactive quiz game. Utilizing conditionals, loops, and methods. Enhancing the game with user input and feedback.
Module 11: Final Project – Creative Application	Students design a creative program of their choice. Applying a combination of learned concepts. Presenting the final project to the class.

Level 2
Age Group: 13+ Duration: 20 hours
Units	Description
Module 1: Advanced Functions and Methods	Function pointers and callbacks. Lambda expressions. Recursion and its applications.
Module 2: Exception Handling	Dealing with runtime errors using try-catch blocks. Handling and customizing exceptions. Using multiple catch blocks.
Module 3: File I/O and Serialization	Working with text and binary files. Reading and writing data using FileReader, FileWriter, ObjectInputStream, ObjectOutputStream. Serializing and deserializing objects.
Module 4: Introduction to GUI Programming	Basic concepts of graphical user interfaces. Introducing JFrame and JPanel components. Creating simple graphical applications.
Module 5: Event Handling	Understanding event-driven programming. Responding to user actions with ActionListener. Implementing event listeners for interactive GUI components.
Module 6: Inheritance and Polymorphism	Extending classes through inheritance. Overriding methods and dynamic binding. Exploring superclass and subclass relationships.
Module 7: Advanced Project – To-Do List Application	Students create a more advanced To-Do List application. Utilizing GUI components, event handling, and OOP concepts. Managing tasks and displaying a dynamic list.
Module 8: Advanced Project – Mini Game	Students design a more complex text-based game. Incorporating object-oriented concepts, user interactions, and branching logic. Enhancing gameplay with methods, loops, and events.
Module 9: Final Project – Creative Application	Students develop a creative program of their choice. Applying a combination of advanced concepts. Presenting the final project to the class.