School of Code / Calgary
A small independent school in Calgary where students build games, robot logic, simulations, circuits, and smart-machine projects while learning the ideas underneath them.
Scratch and Robotics are the active first programs.
What students do
Every useful idea gets attached to something visible that a student can run, demonstrate, question, and improve.
Active programs
Beginner-friendly programming through original games, animations, simulations, and interactive stories.
Commands, sensors, simple electronics, simulations, and physical systems organized around Sense, Decide, Act.
Available later
Roblox Studio / Lua and AI & Smart Machines belong to the curriculum direction. They are not current classes or published schedules.
A future bridge from visual programming to Lua, 3D objects, events, and larger game systems.
A future practical and critical program about patterns, predictions, prompts, limits, and human judgment.
School and Computer Lab
Planned lessons introduce ideas in a deliberate order. Students learn a concept, see it work, and use it in a guided project.
The class gives the idea.
Students modify, test, rebuild, repair, and invent with an instructor nearby. It is structured freedom, not random device time.
The lab gives the idea a life.
Strange and serious projects
Coordinates, loops, conditions, variables, collision detection, sensors, state, and debugging can survive a little nonsense.
Build a fast chase game with known positions, collision rules, win and loss states, and reliable restart behaviour.
Open projectBuild a falling-object defense game with repeated waves, score, timing, and increasingly unreasonable weather.
Open projectPlan, predict, and debug a robot route using paper, a grid simulation, or optional hardware.
Open projectDesign a patrol that repeats, senses a changed world, and uses feedback to recover.
Open projectNavigate a space taxi between coordinate-based pickups and destinations.
Open projectCollect drifting space chickens while tracking several positions and avoiding danger zones.
Open projectHidden ideas
Active creative computer use, not passive screen time.
Students make decisions, predict what code will do, run tests, find mistakes, explain systems, and leave with something visible. A game project can teach logic, mathematics, writing, design, patience, and how to recover when the first plan fails.
Read practical answers for parentsCalgary / Small groups
School of Code is based in Calgary and works with small groups. Exact ages, schedules, venue details, and registration dates are still being finalized; contact us to discuss fit.
Teaching method
Students meet an idea, predict what it will do, build a visible system, test its edges, change one rule, and explain the result. Theory is the skeleton that lets the project survive revision.
Read our methodParent guides and notes
The useful distinction is not screen versus no screen. It is passive consumption versus active construction, testing, and explanation.
Read articleReadiness depends less on a birthday than on the task, the support, and whether the child can work through a small problem.
Read articleScratch makes program structure visible so beginners can spend more attention on events, rules, state, and debugging.
Read articleAsk about classes, schedules, age fit, or future registration. A short conversation is the best first step.