Hands-on STEM kitsfor every classroom
Robotics, electronics, AI and IoT kits that students can build, test and learn from. Made for schools and ready to use.
- Kits for Grades 3 to 12
- Robotics, AI, IoT and more
- Free demo for schools
Kits for every grade
From first circuits in Grade 3 to real engineering projects in Grade 12. Pick a grade group to see what students build and learn.
Foundation Explorer
Students touch, build and play. They learn how things work through simple circuits, moving models and basic block coding.
Kits students use
- Simple Circuit Kit – Light an LED, run a motor, build a switch.
- Moving Models Kit – Build gears, levers and small working machines.
- Block Coding Starter – Drag and drop blocks to control a small robot.
What students learn
- Understand how a basic circuit works
- Follow build steps and fix mistakes
- Write first programs with blocks
Not sure which kits fit your school?
Talk to our teamWhat our kits cover
Four areas of hands-on learning. Students build real things in each one.
Robotics
Students build robots with motors and sensors, then program them to move and make decisions.
Students can build
- Line following robot
- Obstacle avoiding robot
- Bluetooth remote control car
Artificial Intelligence
Students use a camera and simple code to teach a computer to recognise things.
Students can build
- Face and object detection
- Gesture controlled projects
- Simple Python AI models
IoT and Electronics
Students connect sensors to the internet and see live data on their phone or computer.
Students can build
- Temperature and humidity monitor
- Soil moisture checker for a school garden
- Smart light and alarm
AR/VR and Early Learning
Virtual field trips for older students and safe building blocks for younger ones.
Students can build
- 360° virtual field trips
- Building block sets for early grades
- Shape and number activities
See our kits in a real class
A short look at how students build and test projects with STEMSaathi kits.
How students learn with our kits
Every project follows the same three simple steps.
Build
Students open the kit and put it together with their own hands. They fit the motors, connect the wires and see how the parts work.
Code
Students start with drag and drop blocks to tell the robot what to do. Older students move on to Python.
Test and improve
Students run their project, see what goes wrong, fix it and try again. This is where the real learning happens.
Which kit is right for your school?
Compare the three main kits side by side.
Robotics and STEM
- Best for
- Ages 8 to 16
- Level
- Beginner to Intermediate
- Course length
- 30 hours
- Students learn
- Motors, gears, sensors and how to program a robot
Artificial Intelligence
- Best for
- Ages 12 to 18
- Level
- Intermediate to Advanced
- Course length
- 40 hours
- Students learn
- Computer vision, Python and how AI models learn
IoT and Electronics
- Best for
- Ages 10 to 18
- Level
- Beginner to Advanced
- Course length
- 35 hours
- Students learn
- Circuits, sensors and sending live data to the internet
From order to a working lab
We take care of everything. Here is how it works.
- 1
Talk to us
Tell us about your school, your classes and your board. We suggest what fits.
- 2
Check the space
We check the room, power and internet, and plan where the lab will go.
- 3
Kits are delivered
We bring tested kits to your school, ready to use.
- 4
Teachers are trained
Your teachers join a 3-day workshop so they feel confident from day one.
- 5
Classes begin
Students start building and coding in their regular lab periods.
- 6
We stay with you
Our team keeps helping your teachers whenever they have questions.
Our kits in action
Moments from our labs and workshops.
Robotics lab session
Jaipur
Teacher training workshop
Drone activity
Equip Your School With
World-Class Hardware Today
Schedule an on-site lab demonstration or request a custom hardware quotation tailored to your school board requirements.