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AI Builders Lab
Artificial intelligence, prompt engineering, ethics, and building real AI-powered web apps
What is AI?
An introduction to what Artificial Intelligence actually is (and isn't). Kids learn how AI models like ChatGPT and Gemini are trained on text, and how they predict the next word to generate answers — demystifying the "magic."
🧠 Foundational AI literacyPrompt Like a Pro
Teaching the art of "vibe coding" and effective AI communication. Kids learn that AI requires specific instructions and iterative refinement. They practice by generating a real webpage entirely through prompts.
🗣️ Communication & prompt engineeringAI Agents & Assistants
The difference between an AI chatbot (which talks) and an AI Agent (which acts). Kids explore how combining AI with tools can automate tasks and create powerful assistants.
🤖 Understanding automationDeploy Your Work
Kids learn to publish their local code live on the internet. They check safety rules before deploying — ensuring no personal information is accidentally shared.
🌐 Real-world deployment & safetyAI Safety & Ethics
How to spot biased AI responses, identify deepfakes, and understand the ethical implications of AI. Includes a "Responsible AI Pledge."
⚖️ Critical thinking & ethicsSecurity Basics
Cybersecurity and digital citizenship. Kids learn about strong passphrases, phishing, keeping PII safe, and how to verify information online.
🛡️ Responsible internet useBuild Your Own Game with AI
The capstone project. Kids act as game designers, using structured prompts to guide an AI in coding a real, playable HTML browser game — iterating on prompts to fix bugs and improve gameplay.
🎮 Project management & creative coding3D Printing Lab
Turning digital designs into physical objects — from filament basics to CAD design in Tinkercad
Intro to 3D Printing
FDM vs. Resin printers, what PLA filament is, and how a digital model is sliced into layers that a printer understands. Includes an interactive terminology exercise.
🖨️ Digital-to-physical foundationsFinding & Using Models
Exploring Thingiverse, Printables, and MakerWorld. Kids learn what STL files are, how to evaluate whether a model will print successfully, and play "Good Print or Bad Print?"
🌐 Research & critical evaluationSlicing & Print Settings
Layer height, infill density, supports, and temperature. Kids use an interactive slicer simulator to see exactly how settings trade off speed, strength, and detail.
⚙️ Technical decision-makingDesign Your Own: Tinkercad
CAD basics and boolean operations in Tinkercad (free, browser-based). Kids complete a Shape Builder Challenge and design their own object — a name tag, bookmark, or phone stand.
🎨 Creative design & spatial thinkingRobotics & Electronics
From a single LED to a full physical computing capstone build.
How Circuits Work
Voltage, current, resistance, and Ohm's Law. Kids build a virtual circuit directly in the browser to light an LED without any physical parts required.
⚡ Electronics foundationsThe Brains
Teaches the critical difference between Microcontrollers ("Task Masters" like Arduino) and Mini-Computers ("Mini Brains" like Raspberry Pi) through an interactive sorting game.
🧠 Processing logicMaking Things Move & Feel
Learning how Inputs (Sensors) and Outputs (Motors & Lights) connect to a Brain to act upon the world. Includes a "Match the Sensor" exercise.
🔌 Hardware I/O TheoryChoose Your Build (Capstone)
Kids choose a project concept (like a Plant Savior or Room Guardian), build it safely on a Virtual Bench, and are given the "Hardware Blueprint" for moving into the physical world.
🤖 Applied engineering🛒 Hardware Shopping Guide
If your child completes the Robotics Capstone and wants to build their design in the physical world, here is what you need to buy based on the path they chose:
If they chose projects like "The Plant Savior" or "The DJ Disco Box", they need a microcontroller kit.
Recommended: Elegoo UNO R3 Super Starter Kit or Smart Robot Car Kit V4.0 (Available on Amazon, ~$35-70)
If they chose heavy-lifting projects like "The Room Guardian", they need a mini-computer with Wi-Fi.
Recommended: Raspberry Pi 4 or 5 Complete Starter Kit (Including power supply, case, and SD card, ~$120-150)
Game Design Studio
Game theory, design documents, Scratch programming, and publishing on itch.io
What Makes a Great Game?
Game mechanics, challenge loops, and player psychology. Kids learn to analyze existing games like designers — not players — and practice with a "Design Critique" exercise. An eye-opening intro to intentional design thinking.
🧩 Design theory & systems thinkingBuild with Scratch (Coming Soon)
MIT Scratch to build a first interactive game with characters, physics, and a score counter.
🌐 Visual programmingPublish Your Game (Coming Soon)
Build and publish a complete game on itch.io with a proper game page and description.
🚀 Launch & publishingDigital Creator Studio
Storytelling, filming, editing with DaVinci Resolve, and publishing a real video or podcast
Storytelling & Audience
The storytelling arc, defining an audience, and why most videos fail within the first 30 seconds. Kids create a "channel pitch" — a real concept document that clarifies their creative focus.
📖 Storytelling & strategic thinkingFilming Basics (Coming Soon)
Lighting, framing, and audio — why most amateur videos look bad, and how to fix it with gear you already have.
📸 Technical productionPublish Your Episode (Coming Soon)
Plan, film, edit in DaVinci Resolve, and publish a short video or podcast episode about something they're genuinely passionate about.
📡 Publication & portfolioCybersecurity Basics
Password security, phishing, encryption, and personal digital safety — essential life skills
Passwords & Identity
How passwords are actually cracked using dictionary attacks and brute force. Kids test passwords with a live strength tester and learn why password managers are essential. This knowledge applies for life.
🔑 Digital safety essentialsPhishing & Social Engineering (Coming Soon)
The most dangerous cyberattacks don't use code — they use psychology. Learning to recognize them is a superpower.
🎣 Threat recognitionPersonal Security Audit (Coming Soon)
Audit their own digital life — checking passwords, privacy settings, and writing an improvement plan. An incredibly useful real-world project.
🛡️ Applied securityEnvironmental Tech
Solar energy, wind power, sustainable design, and how technology is solving the climate crisis
Solar Energy & How It Works
The photovoltaic effect, why solar has dropped 99% in cost over 50 years, and how it now generates more energy than any other source. Kids build a virtual solar array and calculate their own home's solar potential.
☀️ Energy literacy & climate contextWind Power & Energy Storage (Coming Soon)
How wind turbines work, how renewable energy is stored in batteries, and what "net zero" actually requires from our infrastructure.
🌬️ Systems thinkingDesign a Green Solution (Coming Soon)
Identify a real environmental problem in their school or community and design a tech-based solution — presented as a real engineering proposal.
🌍 Engineering design process💡 How to Get the Most Out of Tomorrow Hub
🙋 Ask Questions
Ask your child to teach you what they just learned. Nothing cements knowledge faster than explaining it. "What did you make today?" goes a long way.
🚀 Follow the Interest
There's no required order. If your child is obsessed with Minecraft, start with Game Design. If they love art, try Digital Creator. Interest is the engine.
⚠️ Safety First
Sit with your child for their first session on any new track. Courses link to external tools like YouTube, Tinkercad, and itch.io — preview these together.
🏆 Celebrate the Work
Every completed module is a real skill. The game they built is real. The video they edited is real. Celebrate these like you would a sports win or a school performance.