Homeschool Robotics Curriculum: Using Online Courses as a STEM Elective
Yes. A set of self-paced online robotics and coding courses can serve as a complete homeschool robotics curriculum for a STEM elective. Pick a course path that fits your child's age, plan two or three short sessions a week, add one hands-on build or coding challenge each week, and track progress with projects instead of worksheets. You don't need to be a programmer yourself. The course does the teaching, and your job is to set the rhythm and ask good questions.
Below is how we suggest homeschool families set it up, from choosing a starting course to keeping simple records.
Why robotics works as a homeschool elective
Robotics pulls several subjects into one activity. A child who builds and codes a robot is practicing logic, measurement, problem solving and clear explanation all at once. It also fits homeschool life well:
It's project-based. Every lesson ends with something that moves, lights up or reacts, so kids see right away whether their idea worked.
It's self-paced. Kids can repeat a lesson, skip ahead when ready, or spend an extra week on a project they love.
It builds a portfolio. Programs, photos and short demo videos make a natural record of learning for the year.
It grows with your child. The same family can start with block coding at 6 and move to Python, Arduino or CAD as a teen.
Choosing a starting course by age
Start one level easier than you think. Early wins keep kids motivated, and our courses are built so kids move forward at their own pace.
Ages 6–8: Begin with our free Scratch course, which needs only a computer. Kids with LEGO hardware can add LEGO SPIKE Essential (grades 1–5).
Ages 9–12: Try micro:bit Robotics Explorers, mBot2 or SPIKE Prime with Python. App Inventor is a great pick for kids who want to build phone apps.
Ages 13–18: Move to Arduino Basics, Advanced micro:bit, our AI course or Onshape CAD Basics for designing real parts.
Not sure which hardware to get? Our coaches put together a guide to the best robotics kits for kids at home. If your child is brand new, our post on what age to start robotics can also help.
A simple weekly schedule
Short, regular sessions beat one long marathon. Here is a rhythm that works for many kids:
Day 1 – Learn (30–45 minutes): Watch the lesson and follow along with the example program.
Day 2 – Build (30–45 minutes): Rebuild or rewrite the project without looking, then fix whatever doesn't work.
Day 3 – Stretch (30 minutes): Change one thing on purpose. Make the robot faster, add a sound, or use a new sensor. Then write two sentences in a project journal about what happened.
That adds up to roughly 1.5 to 2 hours a week, which is plenty for a steady elective. If your family is thinking about balance, our post on making coding a healthy screen-time habit has more ideas.
How to track progress (without a gradebook)
Robotics is easy to document because the work is visible. A few habits make record-keeping painless:
Keep a project journal. Date, project name, what worked, what didn't, and what to try next.
Save the code. Keep each finished program in a folder by month.
Record a 1-minute demo. Have your child explain what the robot does and how the code makes it happen.
Use a simple rubric. Does it work? Can they explain it? Did they try an improvement on their own?
If you work with a charter school or umbrella program, check what records they want. A journal plus demo videos usually covers a lot.
Mixing online lessons with live help
Self-paced courses carry most of the load, but some kids learn faster with a real coach and other kids around them. You have two options:
Remote 1-on-1 live lessons ($149/mo): A coach works with your child online, reviews their code and adjusts the pace. Text (619) 786-5731 to set it up.
Weekend group sessions in Scripps Ranch, San Diego: 1.5 hours a week, ages 6–18, max 10 kids. Every child works on their own project at their own pace, and coaches place kids after a free trial. See our in-person programs.
To compare the online formats side by side, read Self-Paced vs Live 1-on-1 Online Robotics Classes.
Common questions
Do I need to know how to code to teach this?
No. The courses teach your child directly. Your role is to keep the schedule, ask your child to explain their work, and celebrate progress. Many parents end up learning alongside their kids.
Do we need to buy a robot kit right away?
No. Scratch and many coding lessons need only a computer. Add a kit once your child is hooked and you know which path they enjoy.
How much does it cost?
The Scratch course is free. All-Access is $39/mo with a 7-day free trial and opens the full catalog. Remote 1-on-1 live lessons are $149/mo.
Get started this week
Pick one course, block out three short sessions, and start a project journal. That's a homeschool STEM elective.
Browse the full course catalog and start with a free course.
Try All-Access free for 7 days ($39/mo after).
Want live feedback? Text (619) 786-5731 about Remote 1-on-1 lessons ($149/mo).
In San Diego? Your child's first weekend session in Scripps Ranch is free. Text (619) 786-5731 to book it.
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