Their first technology course should make them want a second one. Across the year, your learner builds games, animates pixel-art characters, models in 3D, programs simulated robots, and even walks through a virtual world they built — all with visual, block-based tools designed for ages 8 to 12.
Most elementary tech curricula are "learn to type" or "click these tutorial steps." Computer Technology takes a different approach. From the first module, your learner is creating something real — a custom pixel-art profile, a game with their own characters, a 3D model they can spin around. The work is visual and block-based on purpose, so learners ages 8 to 12 spend their energy on what they want to build, not on fighting syntax that doesn't fit their stage yet.
The result is a year of finished projects your learner is proud to show: working games, animated 3D characters, a virtual world, programmed robots, and a self-built platformer as the capstone. That's a different kind of confidence than "I sat through the lessons." It's "I made this."
Build creators first. Typed code can come later, when the thinking is already in place.
Visual and block-based tools aren't a placeholder for real coding — they're the right fit for ages 8 to 12. Your learner spends class time thinking about game design, animation, and how systems work, not chasing missed semicolons. The architecture they build now (logic, sequence, decisions, loops) is the same architecture they'll use later when they do start typing.
Tech changes fast. Most elementary tech curricula get written once and stay frozen for a decade, leaving young learners using tools that no longer exist or look the way they used to. We refresh Computer Technology every year so your learner is working with what's current.
The course doesn't end with a certificate. It ends with a folder of finished work: a custom profile, multiple working games, a 3D character, a virtual world, a programmed robot, and a complete platformer game your learner designed. They can show it to grandparents, friends, and themselves — and that "I made this" feeling is what brings them back to tech the following year.
Eight thematic units across 15 weekly modules. Each card lists the tools and topics your learner will dig into.
Their first MYTEK Lab login becomes their first real digital space. Students learn to navigate an online learning environment, send and receive messages, and design a custom profile page with a pixel-art avatar and personalized welcome screen.
The first taste of programming, framed as game logic. Students build a simple game with a controllable character, add keyboard movement, set up game boundaries, and place collectible tokens on the map — using block-based, visual coding tools.
Bringing pixel art to life. Students design their own animated characters, create frame-by-frame sprite animations, then drop the finished animations into a working game so they can see their characters move on screen.
Real game-building, with drag-and-drop tools that fit ages 8-12. Students set up a game world with backgrounds and objects, add player controls, then layer in obstacles, collectibles, scoring, sound effects, and background music.
Stepping into three dimensions. Students learn 3D coordinate systems, build their own 3D shapes and apply textures, group objects so they can animate naturally (a waving character, a turning wheel), and prepare a finished model for 3D printing.
Building a world other people can step into. Students design a VR scene with their own 3D objects, add interactivity, and use VR to simulate real-world ideas — like a rotating globe and a planetary orbit — then publish it as a web page anyone can visit.
Programming behavior, not just movement. Students configure a virtual robot, write programs to make it move and respond, attach functional components, and finally compete: each learner builds a battle-ready robot for a simulated battlebot arena.
The big year-end project. Students design and build a complete side-scrolling platformer game: animated characters, collectibles, enemies, multiple levels, scoring, and physics. They iterate, test, debug, and submit a finished, playable game they can share.
Download the complete scope and sequence for Computer Technology, including week-by-week pacing and lesson topics.
Scope & Sequence (PDF)
“Well, this was by far my favorite subject this year. I have learned a LOT from this and it has really changed the way I look and think about some things for the better.”
Live cohort meets weekly throughout the school year. Self-paced version is available year-round if class timing doesn't fit your family.
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