Free Lessons
MODI Videos
Hello, We're MODI
Introducing MODI, the modular system that introduces students to coding and the Internet of Things.
MODI Tutorial 01 – Orientation
Take a look at how MODI works and some of the projects you can make with this brief introduction.
MODI Tutorial 02 – If
Learn how to use the If function with MODI.
MODI Tutorial 03 – While
Learn how to use the While function with MODI.
MODI Tutorial 04 – Loop
Learn how to use the Loop function with MODI.
MODI Tutorial 05 – Number
Learn how to use the Number function in MODI.
MODI Tutorial 06 – Random
Learn how to use the Random function in MODI.
MODI Coding 01 – Restroom Sign
Students will learn how to create a restroom occupancy indicator using MODI modules and MODI studio.
MODI Coding 02 – Cable Car
Teach students about cables cars and coding at the same time with MODI.
MODI Coding 03 – Wiggly Mouse
Students will learn to code a wiggling mouse using MODI.
MODI Coding 04 – Pencil Case
Students will learn to make an illuminating, rotating pencil holder.
MODI Coding 05 – Roulette
Bring Wheel of Fortune to the classroom by creating a MODI spinner.
MODI Coding 06 – Random Crocodile
CHOMP! Students will learn to create a randomized chomping crocodile with MODI.
MODI Coding 07 – RC Car
Students will learn how to build a RC Car using MODI.
MODI Coding 08 – Smart Switch
Students will learn how to create a smart light switch with MODI.
MODI Coding 09 – Mood Lamp
Students will learn how to create a mood lamp using MODI.
MODI Creation 01 – Super Mixer (Entry)
No mixer, no problem? Teach students to create a super mixer using MODI.
MODI Creation 02 – Flashlight (Entry)
Students will learn how to make a flashlight using MODI modules.
MODI Creation 03 – Pet Car (Entry)
Students will learn to make a self-driving car using MODI modules.
MODI Creation 04 – Paint Bot (Entry)
Create masterpieces in your classroom with a paint bot using MODI modules.
MODI Creation 05 – Bathroom Sign (Basic)
Students will learn to code a bathroom occupancy indicator.
MODI Creation 06 – Smart Trash Can (Basic)
Students will learn to create a smart trash can with MODI.
MODI Creation 07 – Mood Lamp (Basic)
Students will learn how to create a motion activated and color-changing mood lamp.
MODI Creation 08 – Random Alligator (Intermediate)
Challenge your students with a more complex MODI alligator.
MODI Creation 09 – Music Box (Intermediate)
Students will learn to craft and code a music box.
MODI Creation 10 – Security Siren Alarm (Intermediate)
Students will create a security siren complete with flashing lights and sirens.
MODI Creation 11 – Magic Hat (Intermediate)
You might belong in Gryffindor… and this sorting hat made with MODI will tell you.
MODI Creation 12 – Cook Alarm (Intermediate)
Young chefs with the MODI cooking timer will never overcook food again!
MODI Creation 13 – Metronome (Intermediate)
Perfect musical timing with a metronome made from MODI.
MODI Creation 14 – Mobile Burglar Alarm (Intermediate)
Safety first! Build a mobile burglar alarm using MODI.
MODI Creation 15 – Smart Switch (Advanced)
Turn on the light across the room with a smart switch made by MODI.
MODI Creation 16 – Playing Piano with Baton (advanced)
Your students can become conductors with a baton and piano made from MODI.
MODI Creation 17 – Birthday Candle (Advanced)
Have a classroom celebration with flashing lights and the birthday tune, created with the MODI system.
This tutorial will introduce students to robotics, how they work, functions definitions, and explanation of parts.
Learn a little more about the pick and pause function on your Dobot.
Learn how to pick up a box or cube by adjusting the Roll Angle.
Learn the difference between the Easy vs. Pro settings. If you're using inputs and outputs, make sure your settings are correct.
Learn how to start up your Dobot Magician, connect it to your computer, and get started with DobotStudio.
Students get tools and materials to design and make a tent. Then use the worksheet to record the outcomes of tests performed to the tent.
Students get a quick run down of averages, absolute values, and absolute mean deviation. They then collect data, identify data points and find averages of the differences.
Students create their own hypothesis and predict which given conditions will melt ice the quickest and slowest, then conduct the experiment and record their results.