Is this just playing Minecraft?

No. Your child works inside Minecraft, but the course is structured engineering: every lesson ends in a build that either works or doesn't, quizzes check understanding along the way, and the capstone requires a written engineering journal. It's the difference between free play and shop class.

Is Minecraft included?

No. Your child needs their own copy of Minecraft: Java Edition or Bedrock Edition. Either one works — the lessons note the small differences between editions where they matter.

Are there live classes or teachers?

No — the course is fully self-paced. Lessons are guided step-by-step builds your child works through on their own, quizzes are auto-checked, and you can follow progress from the parent dashboard. There's nothing to schedule, and your child can pause and resume anytime during their year of access.

Can I pay with ESA or other state education funds?

Courses like this are commonly purchased with state education funds. The course ships with a syllabus, learning objectives, and assessment documentation you can file with your program. Your program administrator makes the final eligibility decision, so check with them before purchasing.

Does my child need coding experience?

No. The course starts with redstone circuits — which need no code at all — and introduces commands gradually in Unit 5. By the end, your child has written real command-block programs without ever facing a wall of code.

What if it's not a good fit?

Every course and digital purchase carries a 14-day money-back guarantee. If it isn't a fit, email support@pizuki.com within 14 days of purchase for a full refund. Full details at pizuki.com/refunds.

Self-paced online course

Minecraft Engineering Course (Self-Paced)

Turn Minecraft hours into engineering hours — your child learns logic, circuits, and first code by building machines that actually work.

12-month access · per student

~~$229.00~~$199.00

Save $30 (13%) — Back-to-School pricing

8 seats left at this price

Students

One seat per student — you'll tell us who each seat is for after checkout.

Back-to-School Sale — Save $30 (13%).

Outcomes

What your child walks away with.

A finished capstone machine of their own design, an engineering journal documenting how they planned, built, and tested it, five completed hands-on projects from the earlier units, and a downloadable completion certificate. Parents keep the syllabus, objectives, and assessment documentation for their records.

Build a hidden piston door and a combination-lock vault that only opens with the right code
Wire real logic circuits — AND, OR, and NOT gates, clocks, and repeaters — and explain how they work
Build an automatic farm that plants, harvests, and collects crops with no one at the keyboard
Write first programs with command blocks to create a custom minigame with score tracking
Design, build, and document an original capstone machine in an engineering journal

What your child will learn

Unit 1: Welcome to the Workshop

Your child sets up a dedicated engineering world and learns how engineers approach a build: plan it, build it, test it, fix it.

Setting Up Your Engineering World
How Engineers Think: Plan, Build, Test
Blueprint Basics: Sketching Before You Build
First Build: The Pressure-Plate Door

Builds: An automatic door that opens itself when a player approaches

Unit 2: Redstone Power

Redstone is Minecraft's electricity. Your child learns how power, signals, and wiring work — the foundation for every machine in the course.

What Is Redstone? Power, Signals, and Wires
Torches, Levers, and Buttons
Repeaters: Sending a Signal Farther
Pistons: Making Blocks Move

Builds: The Secret Entrance — a hidden piston door built into a wall

Unit 3: Logic Gates and Circuits

The same logic that runs real computers, built out of blocks. AND, OR, and NOT gates, clock circuits, and how to debug a circuit that isn't working.

AND, OR, and NOT: Logic Gates in Blocks
Combining Gates to Build a Lock
Clocks: Circuits That Tick on Their Own
Debugging a Broken Circuit

Builds: The Vault — a combination-lock door that only opens with the correct code

Unit 4: Machines and Automation

Machines that run on their own. Your child learns item transport, sensors, and automation — engineering that keeps working after you walk away.

Hoppers and Droppers: Moving Items Automatically
Observers: Blocks That Watch for Changes
Farm Design: Plant, Harvest, Collect
Item Sorting Systems

Builds: The Auto-Farm — a wheat farm that harvests and collects itself

Unit 5: First Code with Command Blocks

The bridge from circuits to code. Your child writes real commands, chains them inside command blocks, and uses them to build game rules.

Your First Command
Command Blocks: Code Inside a Block
Teleporters, Timers, and Scoreboards
Designing Game Rules with Code

Builds: Arena Rush — a custom minigame with a timer and score tracking

Unit 6: Engineering Capstone

Your child picks an original machine, plans it in an engineering journal, builds it, tests it, and documents how it works — start to finish.

Choosing Your Capstone Project
Keeping an Engineering Journal
Build, Test, Improve
Presenting Your Machine

Builds: An original capstone machine of your child's own design, documented in an engineering journal

Minecraft Engineering Course (Self-Paced)

What your child walks away with.