The Snake game has been popular for generations. Remember the time when hours were spent to make the snake chase its food? With the present interest of kids in coding, they too can easily build a snake game using the block coding platform ‘Scratch’ easily. Before diving into the steps, let’s actually understand what is a snake game and why to use the block coding platform.
A snake game allows players to control a snake within a specified boundary. The objective of the player is to make the snake pick up food without crashing into the boundary walls. Every time the snake picks up food, it grows in length and speed thus increasing the game’s difficulty.
Why Use Scratch Coding for Making Games
Coding has become an essential skill today, and what better way to introduce it to young learners than through the exciting world of coding for making games? Scratch is a beginner-friendly visual programming language that empowers kids to use coding to make their own interactive games.
Scratch’s intuitive interface uses block-based coding, allowing kids to snap together code blocks like puzzle pieces, eliminating the need to memorise syntax. This makes it accessible for children as young as eight, as well as for beginners of any age.
Learning coding for making games with Scratch is more than just fun; it’s educational. Kids not only learn coding concepts such as loops, conditionals and variables but also critical problem-solving and creativity.
Scratch provides a myriad of sprites, backgrounds, and sound options, enabling kids to let their imaginations run wild. Whether it’s a simple maze game or an interactive storytelling adventure, the possibilities are limited only by creativity.
The Scratch community is vast, with millions of projects created by users of all ages. This offers an opportunity for kids to share their games, receive feedback and even collaborate with others.
Teaching coding for making games using Scratch is an excellent way to introduce programming to beginners. It combines creativity, problem-solving and community engagement, making the learning process enjoyable and rewarding.
SCRATCHPAD teaches kids coding for making games in an interesting and enjoyable way. Now, let’s see the 5 steps to make a Snake game using block coding.
Step 1: Set Up Your Workspace
To begin coding your snake game using the block coding platform, open Scratch and start a new project. This is where the magic will happen. Kids should familiarise themselves with the interface, including blocks palette and sprite area. Make sure to choose a backdrop and a snake sprite to get things rolling.
Step 2: Coding the Snake’s Movement
Now, let’s get the snake moving! Using the “when green flag clicked” block, start coding the snake’s initial position and direction. While teaching coding for making games, SCRATCHPAD experts enable kids to use the “glide” and “turn” blocks to make the snake slither smoothly. This step introduces the basics of sequencing and control.
Step 3: Adding Apples for Points
Every game needs a goal! Add apple sprites to the stage and teach kids to code the appearance of apples in random locations. Then, use the “if then” blocks to detect when the snake touches an apple. This step reinforces conditional statements in a playful way.
Step 4: Managing the Snake’s Length
One of the unique challenges of Snake is managing the snake’s length. Use ‘lists’ in Scratch to store the positions of the snake’s segments. Kids add segments when the snake eats apples and remove segments when it moves. This concept introduces the idea of data structures in coding.
Step 5: Game Over and Score Keeping
No game is complete without a way to win or lose. Code a “game over” condition when the snake collides with itself or the edge of the stage. Also, create a variable to keep track of the player’s score. This step reinforces the importance of variables and game logic.
Congratulations on creating your very own interactive Snake game!
Children who use block coding have a much better understanding of the fundamentals of programming and logic construction. The block coding platform Scratch serves as an introduction to coding for making games for kids. It aids young people in understanding the fundamentals that underpin all coding languages.
Kids can take SCRATCHPAD game development course to learn the craft of creating games. Experts at SCRATCHPAD teach kids how they can use Scratch to create their own interactive games, stories, and animations. As a result, they develop crucial 21st-century skills like creative thinking, methodical reasoning, and teamwork.
© Copyright 2026 SCRATCHPAD
Coding for kids & adults
Minecraft modding refers to the process of customizing or altering the original gameplay of the popular sandbox video game, Minecraft. “Mods” (short for modifications) are user-created content that can add new features, mechanics, items, blocks, creatures, or change existing aspects of the game. Modding allows players to enhance their Minecraft experience and tailor the game to suit their preferences.
Minecraft modding for kids is a great way to enhance their creativity and problem-solving skills. Modding allows kids to customize their Minecraft gaming experience by creating and adding their own content to the game. It provides an avenue for them to express their imagination and create unique gameplay experiences.
Modding also introduces kids to coding and programming concepts in a fun and interactive way. Through modding, they can learn the basics of Java programming language and understand how to manipulate the game’s code to create new features, items, and even creatures.
Moreover, Minecraft modding encourages collaboration and teamwork as kids can share their creations with others and even work together to create bigger and more complex mods. It fosters a sense
Take your imagination to new levels through our 3D Design and Printing course.
Check out the exciting world of robots with our range of fun filled and awesome projects. Learn more about mBots, Raspberry Pi, Arduinos and did we tell you about the 4′ feet tall Spot robot?
Computer programming might seem hopelessly complicated, but it’s actually a lot like walking–you just have to take it one step at a time!
Leave a Reply