Create an interactive Scratch game or animation with DIY mentor @AeroAnant, learning block based coding, sprites, events, and simple debugging skills.



Step-by-step guide to Scratch Coding with DIY Mentor @AeroAnant
Step 1
Sign into your Scratch account.
Step 2
Click "Create" to open a new project in the Scratch editor.
Step 3
Choose one or more sprites from the Sprite Library or click Paint to draw your own sprite.
Step 4
Choose a backdrop from the Backdrops tab or paint a backdrop for your scene.
Step 5
Drag the "when green flag clicked" block from Events into the coding area.
Step 6
Attach Motion blocks like "move 10 steps" and "turn" to the green-flag script to make your sprite move.
Step 7
Drag a "when this sprite clicked" event block for a second script.
Step 8
Attach a Looks or Sound block to the "when this sprite clicked" script so the sprite changes costume or plays a sound.
Step 9
Create a variable named "score" from the Data palette and add a "set score to 0" block to initialize it.
Step 10
Attach a "change score by 1" block to the sprite-click script so the score increases when players interact.
Step 11
Click the green flag to test your game or animation and watch how it behaves.
Step 12
If something doesn't work, check that blocks are snapped together and change one block or number, then test again.
Step 13
Add a title and simple play instructions in the project notes so others know how to play.
Step 14
Save your project and click Share on Scratch so others can try it.
Step 15
Share your finished creation on DIY.org so DIY Mentor @AeroAnant and the community can see your game or animation.
Final steps
You're almost there! Complete all the steps, bring your creation to life, post it, and conquer the challenge!


Help!?
I can't sign into Scratch or don't have internet — is there a substitute so I can still follow the steps like 'Create', choose sprites, and add blocks?
If you can't sign into Scratch or have no internet, download Scratch Desktop and use it to open the editor and follow the same steps (Create, choose sprites/backdrops, drag event/motion/looks blocks), but note you won't be able to click Share online from the desktop version.
My sprite doesn't react when I click the green flag or the sprite itself — what should I check in the instructions?
If the sprite doesn't move when you click the green flag or change when clicked, make sure you dragged the exact 'when green flag clicked' or 'when this sprite clicked' event blocks into the coding area and that Motion, Looks, or Sound blocks are snapped directly under those event blocks with nonzero numbers where needed.
How can I adapt the activity for different ages while still using steps like making sprites move and creating the 'score' variable?
For younger kids, simplify by picking sprites/backdrops and using only 'when this sprite clicked' with 'change score by 1' and 'play sound', for middle ages add 'when green flag clicked' motion scripts and 'set score to 0', and for older kids introduce clones, broadcasts, and more variables to build levels before you Save and Share.
What are easy ways to enhance or personalize the project after I test it with the green flag and save it?
To enhance your game, add custom costumes and backdrops, record your own sounds to attach to 'when this sprite clicked', create a 'lives' variable with 'change' and 'if' blocks for game over, or use broadcasts and clones to make multiple levels before sharing on Scratch and DIY.org.
Watch videos on how to create Scratch coding projects with DIY Mentor @AeroAnant
How to use Scratch for Kids! | Coding for Kids | STEM MC
Facts about Scratch and block-based programming for kids
🐱 Scratch's friendly mascot is the Scratch Cat — it's the default sprite lots of kids start with!
🧩 Scratch uses colorful, snap-together code blocks so beginners can build programs like stacking LEGO pieces.
🌍 Scratch has a global online community where people share and remix projects to learn from each other.
🟢 The big green flag in Scratch starts your project — learning 'when green flag clicked' teaches event-driven coding.
🐞 Debugging in Scratch is playful: you can watch sprites, add 'say' blocks to check values, and fix behavior step-by-step.