Programs

One school. Several ways into code and machines.

Scratch and Robotics are active first. Roblox Studio / Lua and AI & Smart Machines belong to the larger educational direction and will be available later.

Scratchvisual logic and game systems

Roboticssense, decide, act

Roblox or text codescripts and larger systems

AI and smart machinespatterns, limits, and autonomy

This is an educational direction, not a rigid mandatory sequence.

Program map

Build first. Name the theory. Use it again.

Each program connects a planned topic path to guided projects, Computer Lab extensions, parent explanations, and work worth sharing.

Active now Scratch

Scratch & Game Design

Beginner-friendly programming through original games, animations, simulations, and interactive stories.

Students build: Playable games, animations, simulations, quizzes, and interactive stories
Core ideas: Events, Coordinates, Loops, Conditions, Variables, State
Example: Escape from the Giant Pigeon / Attack of the Angry Snowballs

Explore Scratch

Active now Robotics

Robotics

Commands, sensors, simple electronics, simulations, and physical systems organized around Sense, Decide, Act.

Students build: Robot logic, circuits, sensor challenges, microcontroller work, and small physical systems
Core ideas: Commands, Input, Sensors, Conditions, State, Feedback
Example: Robot Maze Logic / micro:bit Reaction Timer

Explore Robotics

Available later Roblox

Roblox Studio / Lua

A future bridge from visual programming to Lua, 3D objects, events, and larger game systems.

Students build: Scripted obstacles, collectible systems, interactive 3D worlds, and simple NPC behaviour
Core ideas: Lua, Objects, Properties, Events, Functions, Game state
Example: Obby Basics / Coin Collector World

Explore Roblox

Available later AI

AI & Smart Machines

A future practical and critical program about patterns, predictions, prompts, limits, and human judgment.

Students build: Bounded experiments with patterns, prompts, games, images, robot decisions, and error evaluation
Core ideas: Patterns, Prediction, Prompts, Bias, Verification, Human judgment
Example: AI Guessing Game / Chatbot Character Lab

Explore AI

How a program moves

Learning has a route, but projects have room to wander.

Program
Topic
Lesson
Guided Project
Lab Project
Parent Explanation
Gallery / Blog

Choosing a starting point

Experience is useful, not required.

Scratch is a clear starting point for students new to programming, and Robotics connects code to inputs, outputs, and physical behaviour. Previous experience can change the challenge level without skipping the underlying ideas.

Age ranges and group placement are not published yet. Contact us to discuss fit based on the student's experience, interests, and comfort with independent work.