Botixbo Program
Connect Devices. Read Data. Build Smart Systems.
Students learn the Internet of Things by connecting sensors and microcontrollers into real, working smart-systems projects.
Learn how connected devices, sensors and microcontrollers work together to build smart, data-driven systems.
Every Botixbo program is hands-on by design — students learn by building, testing, and iterating on real projects, guided by trained facilitators rather than lecture-only instruction.
Who It’s For
Classes 6–8
An introduction to sensors, connected devices and how data moves between them.
Classes 9–12
Building automated, connected systems using microcontrollers and cloud connectivity.
Curriculum
Learning Journey
Explore how everyday devices connect, sense and share data.
Skills: Curiosity, systems thinking
Build circuits with sensors and microcontrollers that collect real-world data.
Skills: Electronics, wiring, sensor integration
Program microcontrollers to process sensor data and trigger automated actions.
Skills: Programming logic, automation
Combine sensors, microcontrollers and connectivity into a working smart-system project.
Skills: Problem solving, systems integration
Student Work
A school-wide implementation model for setting up and running AI & Robotics labs, delivered across multiple partner schools in and around Gorakhpur.
Tools of the Trade
Outcomes
For Schools
IoT can be delivered through Botixbo’s school solutions — fully equipped labs, structured curriculum, and trained facilitators, tailored to your school’s space and goals.
Delivered as part of the AI & Robotics Lab solution.
What People Say
Botixbo has created an environment where students feel encouraged to explore, experiment, and create. Their project-based approach has made technology learning more engaging while helping students develop confidence and independent thinking.
School Principal, Excellence Academy
Keep Exploring
Design, build and program robots that sense, move and respond to the real world.
Understand how AI works and build simple AI-powered projects, including introductory computer vision and machine learning concepts.
Learn computational thinking and programming — from block-based logic to text-based coding — by building real applications and projects.
Bring IoT to your school, or talk to us about the right fit for your students.
