Learn robotics your way.
Answer twelve questions about how you learn and get a tutoring stack built for you, then build and automate robots with a community of makers.
Twelve questions, about five minutes, nothing leaves your browser. The learning quiz, curriculum, and accounts are for ages 13 and up.
Example record
on every remix
THEN dock and log
Robotics needs more mechanics and engineers. Our mission is to help fill that gap by shaping each learning path around your life experience and the way your mind works, so you reach proficiency sooner.
Start with a quiz. End with a plan.
Twelve questions about how you learn, what you already know, and how much time you have. You get a tutoring stack: your modules in order, shortcuts past what you know, a first project, and the formats that suit you.
Preview- 1Answer twelve quick questions
- 2Get a tutoring stack built for you
- 3Start your first project the same day
- ✓Runs in your browser. No account, nothing saved.
Four ways to get your hands dirty.
Build logs
Post a build step by step with photos, files, and a parts list. Remix someone's build and the credit stays with the original.
Read build logsRobot records
Each robot gets a record in the Robot Information Registry. Its ID is RIM # + serial from the manufacturer.
Browse recordsAutomation recipes
A recipe is a saved routine: a trigger, the steps, and the checks that stop it. Copy one, tune it, share it.
Preview See recipesMeetups
Find a build night or host one. Bring a robot, swap parts, fix something together.
Preview Meetup detailsRobots get built faster when people share the work.
Post what worked and what broke. The next builder will thank you for both.
- 1Credit travels with the build. Every remix links back to the original and its author.
- 2Share the failures. A logged repair teaches more than a clean demo.
- 3Safety goes first. Every build page carries the hazard notice.
Find a build to remix
Search by part, field, or robot. Remixes link back to the original author.
Example orchard row scout
Example data. A small row scout with a drive wheel, an RGB camera module, and a fused battery pack. The steps are illustrations for the community preview.
Example dataOtherExample bench gripper
Example data. A bench gripper with a servo, printed fingers, and a shared fastener. Use it to see a remix credit path.
Example dataAquaExample dock sensor float
Example data. A dock float that carries the same RGB camera module as the orchard scout, plus a waterproof box.
These cards are example data. Records are contributor-supplied and unverified.
Write a routine once. Hand it to the next team.
Every recipe has the same three parts, and the stop checks are written down before the steps run.
Dock when low
Example recipeAny robotBattery drops below 20 percent
- Stop the current task
- Drive to the dock
- Write the event to the robot record
- Path to the dock is clear
- Bumper is not pressed
- Emergency stop is armed
Morning row check
Example recipeAgricultureSchedule reaches 6:00 local time
- Drive rows 1 to 12
- Take a camera frame every 2 meters
- Attach the frames to the build log
- Wind is under the set limit
- No person detected in the row
- Emergency stop is armed
Dock float alert
Example recipeAquaWater sensor reads above the set level
- Raise the float flag
- Send a note to the owner
- Log the reading with a time stamp
- Sensor reading holds for 10 seconds
- Battery is above 30 percent
Recipes on this page are illustrations for the preview. Records are contributor-supplied and unverified.
Back the people who learn this.
The learning path is open to education partners and organizations with standing in robotics engineering.
Become an education partner
Tell us who you are and what you want to support. A person reads every message.
Take the quiz. Bring a robot. Leave with a crew.
Questions or a build you want featured? Write to info@falconicm.com.