
Discover how an algorithm acts as a step-by-step recipe that solves problems, using sequences, loops, and if-then decisions, and learn how to translate it into Java code.
Break down tasks into steps and follow the correct order using algorithms to complete fun projects, like building a treehouse or treasure hunt on Adventure Island.
Explore how algorithms drive games by guiding a robot through a Blockly maze using code blocks, loops, and conditionals, with debugging and visual feedback for young learners.
Explore what Java is and how programming languages talk to computers. Learn about variables and types like int, double, char, and string, plus the write once, run anywhere motto.
Discover how to set up a Java development environment with IntelliJ Idea Community Edition and the JDK, write and run your first Hello world program in Java using println.
Learn Java classes and methods by building a toy car blueprint with color and speed, then implement move forward and stop in a main method using IntelliJ.
Learn how to call methods from objects in Java, understand method signatures, parameters, and returns, and build simple classes like robot and calculator to perform tasks.
Explore conditional statements in Java using if else to make decisions, understand booleans, and test data types like int, string, double, and boolean with practical examples.
Explore loops in Java to learn how for, while, and do-while repeat tasks. See how initialization, condition, and increments shape counting and printing in Java.
Solve real world problems with Java by breaking challenges into steps, using variables, math, and user input with the scanner; build programs like a birthday party planner.
build a fully functional calculator gui in java using swing, with two input fields, operation buttons and a result display; learn step-by-step with jframe, jlabel, jbutton, jtextfield and action listener.
Is your child curious about coding and problem-solving? This hands-on course introduces kids (ages 10-16) to the basics of Java programming for kids in a fun and engaging way.
Through interactive lessons, your child will learn how to break down problems, write their first Java program, and understand how to think like a coder. The course takes them step-by-step, starting with simple concepts like algorithms and loops, and builds up to creating their very own calculator project and many other games!
By the end of this coding for kids course, kids will not only have learned the core principles of Java but will also gain the confidence to take on future coding challenges. It's a great introduction to programming for kids and an ideal way to foster critical thinking and creativity. No prior experience is needed—just a passion for learning!
Course Highlights:
2 hours of fun, on-demand video content
11 easy-to-follow lessons
14 downloadable resources
Access on mobile and TV
Udemy’s 30-day money-back guarantee
Course Content:
What’s an Algorithm?
Simple, everyday examples of algorithms (like making a sandwich).
Understanding how algorithms work in real life.
Breaking Down Tasks: Steps and Order
Learn how to break tasks into steps and why order matters in problem-solving.
Algorithms in Games
How games use algorithms to work (Using : blockly games maze website)
Fun activity: Write your own algorithm for a daily task (like getting ready for school).
Introduction to Java
What is Java and why is it such a popular programming language?
A quick look at Java’s history and basic data types.
Let’s Code: Writing Your First Java Program
Write your first program: “Hello, World!”
Learn the basics of a Java program and how it runs.
Classes and Functions: The Building Blocks of Java (Part 1)
Introduction to classes and methods.
Learn how these building blocks form the foundation of any Java program.
Classes and Functions (Part 2)
Dive deeper into functions: what they are, how they work, and why they’re important.
If-Else Statements: Making Decisions in Code
What is decision-making in coding?
Learn how to write conditional statements in Java (if-else).
Loops: Repeating for Efficiency
Introduction to loops: making your programs more efficient by repeating tasks.
Write simple loops in Java.
Solving Problems with Java
Use the algorithms you’ve learned to solve real-world problems with Java.
Create a program that simulates a basic decision-making process.
Final Project: Build Your Own Calculator
Put everything together and create a project!
Build a simple calculator using Java, reinforcing everything you've learned.