Build with sensors
Turn light, temperature, distance, motion, and sound into a working device you can see and control.
- Best for
- Grades 7–12
- Start
- No prior coding required
- Time
- One-day guided quick start
One-day AI Coding quick start
One day. Eight core functions.
One working IoT project.
Connect the MoloWorks Dev Kit, complete the safety check, and describe what you want to build. Claude Code or OpenAI Codex helps generate and refine the software while guided tests verify each milestone.
No prior coding requiredNo code-from-scratch prerequisiteClaude Code or OpenAI Codex
The one-day outcome covers the published guided core path on a supported computer and kit configuration. Account setup, software updates, network conditions, custom projects, and troubleshooting may require additional time. Provider eligibility and charges apply.
- FulfillmentU.S. fulfillment planned for launch
- Returns30 days · no restocking fee · covered shipping for defects or fulfillment errors
- Warranty12-month limited hardware warranty
- Order updatesOrder status and tracking planned for launch
- Secure paymentSecure checkout with Stripe at launch
- Learning supportPlanning downloads now; starter guides planned for launch
Choose by goal
What do you want to build?
Pick an outcome first. Each path shows the product, starting level, expected result, and next step.
Build a robot
Move from circuits to smart cars, camera robots, touch displays, and voice-enabled devices.
- Best for
- Grades 7–12
- Start
- Beginner to intermediate
- Time
- Varies by robot kit
Learn with an engineer
Get live 1:1 help with one difficult problem or follow a complete AI Coding and IoT course.
- Best for
- Age 10+
- Start
- No coding background required
- Time
- 60 minutes or 20-hour course
MoloWorks AI Coding IoT Dev Kit
Everything for the one-day AI Coding start.
A focused ESP32-S3 kit for learners who want to build first. Connect the parts, state the desired behavior, and use AI to generate and improve the project software.
US$89Kit · shipping and tax extra
- 15 selected hardware and packaging components
- Eight guided function checks across sensing, display, motion, light, and sound
- Three starter project paths with safe wiring and real-device tests
Illustrative concept image. Final component brands, colors, and packaging may vary.
The one-day workflow
Describe it. Connect it. Test it. Improve it with AI.
You do not need to learn syntax or read every line before making something useful. The guided path keeps the learner focused on the physical system: wiring it safely, defining what it should do, observing the result, and asking AI for the next revision.
Planned day-one result8 core checks + 1 integrated build
- OLED display
- Button input
- Light sensing
- Temperature & humidity
- Distance sensing
- Servo motion
- RGB lighting
- I2S audio
Connect safely
Follow the pictured wiring map while power is disconnected. Match each module to its labeled pin group.
Check, then power on
Run the connection checklist before USB power. The starter workspace confirms the board and each module.
Tell AI what to build
Describe the behavior in plain language. Choose Claude Code or OpenAI Codex to generate and refine the software.
Flash, test, and improve
Try it on the real device, report what happened, and let AI revise the project until the guided checks pass.
Starter builds
Three project guides being tested for launch.
Guide in validation
Weather station
Read temperature and humidity, then ask AI to turn sensor data into a clear OLED dashboard.
Guide in validation
Smart light
Describe the reaction you want, then combine light sensing and RGB color into one responsive build.
Guide in validation
Distance alarm
Use distance readings, movement, and sound to create an object-aware alarm with AI-assisted iteration.
Illustrative project images. Final parts, guide timing, and project results may vary after classroom testing.
Start with sensors. Keep building your way.
After the guided Dev Kit start, learners can move into robots, AI assistants, camera projects, and original connected devices.
Finish the core path
Run inputs, outputs, sensing, display, motion, light, and sound on ESP32-S3.
Make devices move and respond
Explore smart cars, camera robots, touch displays, and voice-enabled ESP32 projects.
Repair, replace, expand
Add sensors, drivers, cables, and modules without buying another full kit.
Learn with an engineer
Bring a hard problem—or follow the full path.
Live 1:1 sessions help learners connect safely, express a clear requirement, test the real device, and improve the result with AI. No programming background is required.
60-minute 1:1 session
Debug one project, confirm wiring, understand a result, or plan the next build.
US$99
60 minutes · Live online
View session details30-lesson AI Coding & IoT course
A structured 1:1 journey from first connection to an original connected device.
US$1,699
30 lessons × 40 minutes · 20 hours total · Kit sold separately
View the coursePrepare before launch
Free planning materials for curious builders.
Download the current planning sheets, review the supported-computer requirements, and follow official ESP32 and AI-tool resources while the starter guides are validated.
Open the learning library