Knowledge Constructor
Turns learning-science ideas into flashcards, quizzes, explanations and a usable study system.
Practised in 5 of 6 lessons
The most practical course we teach. Your kid learns to use AI coding for school: first, presentations that no PowerPoint template can match — animated, interactive, built as real web pages. Then they build their own study tools: flashcards loaded with their actual school words, a quiz machine for their actual subjects, and a personal study dashboard. The final week, they use all of it on a real school assignment — and present the result.
Part of the AI Coding Studio track.
You do not need to have the whole term planned before contacting us. Start with the days that normally work and we will help with the rest.
Free 15-minute fit check. No date choice needed yet.
Share your child's age, suburb and the weekdays that usually suit your family.
We confirm the next start date, face-to-face venue and a weekly time before you commit.
Your child comes at the same time each week and builds one visible part of the game each session.

Local backend is not reachable, so class times cannot be loaded.
Other kids consume AI. Yours will be the one who builds with it — for the schoolwork they already have. Four skills, woven through all 6 weeks:
Web-based presentations with motion, diagrams and interactive bits — built with AI coding, not picked from a template. Teachers notice.
Flashcards, quiz machines, timers, a study dashboard — real little apps, loaded with your kid’s real school content.
Why testing beats re-reading, why spacing beats cramming — study science, baked into the tools they build.
Direct an AI agent to build what they imagine, read what it wrote, and tweak it — the skill that outlasts any single tool.
Each capability is tied to something children actually do in the course. The lesson markers below show where that practice happens.
Training intensity describes how strongly and how often the course deliberately practises a capability. It is not a score for your child.
Turns learning-science ideas into flashcards, quizzes, explanations and a usable study system.
Practised in 5 of 6 lessons
Designs, prototypes and integrates presentation, practice, focus and planning modules.
Practised in 3 of 6 lessons
Directs, reads and modifies real software logic across a multi-tool Study HQ.
Practised in 4 of 6 lessons
Applies the explicit boundary that AI may build study tools but must not do schoolwork.
Practised in 2 of 6 lessons
Builds an interactive explanation and presents the finished learning system to an audience.
Practised in 3 of 6 lessons
Six weeks, and every single one produces something your kid can use at school the next day.
Start one personal Study HQ and build its first module: an animated web presentation from the kid’s own five-slide outline.
AI this week: AI codes the Study HQ shell and deck from the kid’s outline and style calls; the kid owns every claim and tunes the animations.
A personal Study HQ containing a presentation that doesn’t look like anyone else’s.
Diagrams, charts and pictures that explain; structuring a talk; speaking to a room.
AI this week: AI generates the visuals from their explanations; the class workshops each other’s talks.
A mini-talk delivered with their own deck — recorded to keep.
Add a flashcard module to the same Study HQ, loaded with actual school vocabulary — and learn why testing yourself works.
AI this week: AI adds the module; the kid feeds it a real word list and tunes how cards repeat (spacing!).
A working Study HQ flashcard module with this week’s real school words in it.
Add a quiz module for an actual subject — original practice questions, evidence checks, scores and useful feedback.
AI this week: AI drafts original practice questions from the kid’s topic; the kid checks every answer against school notes and edits like a teacher.
A verified Study HQ quiz module on a real subject — ready for a family test run.
Turn the Study HQ into a dependable dashboard: navigation, timer, saved to-do list, flashcards and quiz in one tested flow.
AI this week: AI helps integrate the modules without rebuilding them; the kid designs the layout, tests saved state and fixes broken paths.
One integrated Study HQ at the kid’s own link, with every module working after refresh.
Apply everything to a real upcoming school task — slides, tools, the lot. Then show the families how it’s done.
AI this week: AI as project partner under your kid’s direction; the teacher checks the work is genuinely theirs.
A real school assignment, done with tools they built — and a demo to prove it.
Delivered in person as a hands-on workshop. 8–15 kids per cohort. 6 weekly sessions, ~90 min each. Works with whatever your kid is studying this term.
Built in the Airbotix browser studio (nothing to install, kid-safe). Slides and tools deploy to your kid’s own links. All AI runs through our DeepRouter gateway with kid-safe defaults.
6 sessions · A$60 per session
Free 15-min consult first · refundable if the cohort doesn’t fill.
Yes. Students bring real school material and build the tools with a teacher in the room to guide them.
The opposite — and we’re strict about it. AI builds tools that help your kid practise (flashcards, quizzes, slides); it never writes their assignment. Week 6 is explicitly about that line: the assignment content is theirs, the tools are theirs too — because they built them.
Any. The tools are loaded with your kid’s real content — spelling lists, science terms, history dates, languages. Kids pick the subjects they actually have this term.
No. We start with one small tool and add to it each week. Students test what the AI made with their own school content and ask for specific changes.
Yes. The tools stay in their project account, so they can add new subjects and keep using them for later assignments and tests.
Let us know before the next class. We will check what is missing from their Study HQ and explain how to bring it up to date.
Book a free 15-min consult — we’ll check it’s the right fit and tell you when the next cohort starts.
Book Free Consult