CODE & CREATEScratch Coding
Your Classic robot is ready. Snap together instructions, explore a 3D world, and turn your ideas into something you can play.
- Build with editable blocks
- Narrated 3D walkthroughs
- Nine weeks of making
NYTC DISTANCE LEARNING
Big ideas.
Built by you.
A little code. A little curiosity.
A whole world of things to make.
Choose a nine-week adventure in coding, circuits, or robot games. Learn in English, at your own pace, with a teacher or grown-up nearby.
No login neededEnglish instruction
MEET YOUR LEARNING CREW
Choose your robots
THREE WAYS TO MAKE SOMETHING YOURS
Pick your kind of adventure.
Start small. Try an idea.
See what happens next.
CODE & CREATEBUILD & TINKERArduino Learning
Get to know your board. Blink a light, press a button, and build toward your own sensor-powered robot gate.
- Explore an interactive Uno
- Write and investigate code
- Nine weeks of guided demos
PLAY & SOLVEScratch Games
Nine robot worlds. Nine new missions. Deliver a parcel, explore a cave, and design a mission on Mars.
- Play the original robot course
- Explore nine different worlds
- Activities and teacher guides
Which Scratch adventure? Choose Scratch Coding to build editable block programs. Choose Scratch Games for the original robotics missions, weekly activities, and printable guides.
TRY A LITTLE PREVIEWYour ideas.
Your ideas.
In motion.
Take a step with Pip, light up a circuit, or make a robot delivery. Then open a course and keep exploring.
Choose your learning world A LITTLE PREVIEW. A BIG POSSIBILITY.
Your little world is getting ready.
NYTC DISCOVERY LABCODE A PATH
Help Pip collect three idea sparks.
A mini preview. Open a lab for the full lesson.
CURIOSITY IS A GREAT PLACE TO START
A little play. Real learning.
There’s no perfect first try.
That’s the fun part.
Make a prediction.
What do you think your code or robot will do?
Try your idea.
Run, build, or play. Watch what changes.
Tell the story.
Explain what happened. Change one thing and try again.
FOR TEACHERS & FAMILIES
A little support goes a long way.
Each course includes weekly learning goals, activities, and teaching guidance. Pick the course, open its guide, and learn alongside your maker.
Learning from home? Use a current browser with a mouse or touch screen. Download work regularly; progress in the labs stays on that browser. Ask your teacher where to submit assignments.
Building with Arduino? The 3D models explain ideas. Physical builds need an approved kit, real hardware tests, and adult supervision. The browser does not run arbitrary Arduino code.