Critical thinking
Compare before choosing.
Ask the learner to compare two possible solutions and explain the rule that makes one work. Make the reasoning part of the conversation.
AveCode
Code. Create. Play. Grow.
Block-based coding. Built for schools.
Big ideas.
Built with blocks.
Your school’s coding classroom.
A whole world to explore.
AveCode brings visual programming, creative challenges and AI-powered learning into a fully customizable platform. Create lessons, understand every learner and give your teachers more room to teach.
Try a little block-based thinking
Four houses. Many ways to think.
- AI lesson creation
- Personalized learning
- Fully integrated with Ave EdPlay
Think it. Build it. Run it.
A small block.
A visible difference.
Students build a sequence, see what it does and change their approach. Logic becomes something they can test, explain and improve.
01Mission: make a squareInteractive coding example
YOUR PROGRAM
When you press Run
Repeat 4 times
steps
Turn right 90°
Change the number of steps. Run the loop. Watch the shape change.
THE RESULTMove → Turn → Repeat
One repeated instruction.
A whole shape.
Sequences. Loops. Cause and effect.
A small website example of block-based thinking. Explore the full school platform in a walkthrough.
A curriculum with somewhere to go
From the first move
to reusable ideas.
Move through sequences, loops, conditions and functions. Lessons bring those ideas to life through mazes, drawings, stories and games.
- Course pathways
- 3
- Lessons
- 47
- Interactive levels
- 467
- First foundations
Make the steps
make sense.Sequential algorithms, movement and patterns. Break a problem into instructions, then watch those instructions play out.
01- Sequences
- Movement
- Patterns
- Smarter instructions
Repeat. Decide.
Find a better way.Loops, conditional logic and optimization. Use repetition and decisions to solve a challenge with a clearer programme.
02- Loops
- Conditions
- Decisions
- Ideas that scale
Build once.
Use it again.Functions, parameters and modular thinking. Turn useful instructions into reusable pieces and combine them into larger ideas.
03- Functions
- Parameters
- Reuse
One concept.
More than one way to explore it.
Different activity types give students different ways to practise and create.
- 01Maze & logic puzzles
- 02Creative drawing
- 03Interactive games
- 04Knowledge tests
- 05Pattern matching
- 06Action games
- 07Binary art
- 08Physics & movement
- 09Launch Bay missions
Create coding lessons through AI
Your teaching idea.
Ready to become a lesson.
Start with the concept you want to teach. AI helps create the coding lesson, while your teacher shapes the challenge for the class.
- 01 / SET THE INTENTION
What should students discover?
Choose a concept, the learners’ starting point and the kind of challenge you want them to explore.
“Create a beginner lesson on loops using a maze challenge.”
- 02 / CREATE WITH AI
Turn the idea into an activity.
Generate a coding lesson with AI, then review the instructions and the problem students will work through.
- 03 / MAKE IT YOUR LESSON
Bring the teacher’s perspective.
Adjust the lesson for your class. Use AI-powered personalized learning to support different strengths, gaps and starting points.
An AI-assisted teacher
See the thinking
behind the code.
Teachers where they matter most.
Finishing an activity is one part of the story. AveCode’s AI teacher-assistant helps you understand each student’s strengths and weaknesses, so you can decide who needs an explanation, a different challenge or time to explore.
- UNDERSTAND
Look beyond the final answer.
Explore how a learner reasons, persists, adapts and approaches a coding problem.
- PERSONALIZE
Find a useful next step.
Use AI-supported learning insights to tailor the challenge and focus support.
- TEACH
Put your attention where it helps.
Let AI support preparation and understanding. Keep the teacher’s judgment at the centre of the lesson.
Explore the example learner profile to see how a skill can lead to a teaching conversation.
Learner profileFictional sample
Meet the curious builder.
A snapshot of practice.Six skills. Example teaching prompts for one coding activity.
Fictional practice indicators, 0–100, for one sample activity. Not grades or fixed ability ratings.
Sample teacher focus
Computational skills
Make the steps visible.
Break the challenge into a sequence, a repeat and a condition. Ask the learner to explain each piece before connecting the blocks.
Speed
Give understanding its own pace.
Leave time to explain the approach before moving on. A quick answer is only one signal; the teacher checks the understanding behind it.
Persistence
Keep the discovery theirs.
Recognize patient testing. Offer a small hint, then let the learner choose what to try next and explain what changed.
Adaptation
Change one rule.
Adjust a condition in the activity and ask how the program needs to change. Use the response to decide whether to revisit the idea or extend it.
Problem solving
Follow the bug back.
Ask the learner to identify where the result differs from the plan, trace that step and test a fix. Discuss the approach as well as the result.
Your school. Your coding platform.
Make it feel like yours.
Make it work for your teachers.
For schools offering coding classes, AveCode combines a white-label platform with curriculum, progress insights and teaching support.
- 01
Your identity.
Customize the branding, colours and logo. Shape the coding experience around your school’s programme and learning goals.
- 02
A clearer view of learning.
Track student progress, identify learning gaps and use reporting to support conversations between teachers and school leaders.
- 03
Support for the people teaching.
Bring your staff into the platform with training materials, teaching resources and support for implementation.
AveCode + Ave EdPlay
The lesson is the start.
Adventure gives it momentum.
AveCode is fully integrated with Ave EdPlay. Connect coding lessons with personalized missions, play and community. Give students a world where their ideas have somewhere to go.
Engineers
Logic & problem solving
Speedsters
Quick thinking & efficiency
Hipsters
Creativity & innovation
Shadows
Strategy & planning
Meet the four programming houses: different strengths, shared curiosity.
Bring your school’s next chapter to life
Let’s build a coding
programme worth exploring.
Walk through the curriculum, AI lesson creation, learner insights and Ave EdPlay integration with your school’s goals in mind.
Diagnose → Design → Implement → Train → Support