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Botixbo Program

Robotics Program for Schools

Explore Machines. Build Mechanisms. Program Behavior.

Students learn robotics by building real machines — combining mechanical structures, electronics and code into working robots.

Classes 3–5Classes 6–8Classes 9–12
Modern robotics lab setup space
Student robotics workshop makerspace

Learn Robotics by Building Real Things

Design, build and program robots that sense, move and respond to the real world.

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

Who Is Robotics For?

Classes 3–5

Early Explorers

First hands-on exposure to machines, mechanisms and simple circuits.

Classes 6–8

Builders

Building and programming robots that sense and respond to their environment.

Classes 9–12

Innovators

Designing autonomous systems and more advanced robotics projects.

Curriculum

What Students Learn

Mechanisms & structures
Electronics & circuits
Sensors & motors
Robot programming
Autonomous behavior
Building working projects

Learning Journey

From First Build to Real-World Robotics

01

Explore

Explore how machines and mechanisms work, and take apart simple mechanical and electronic systems.

Skills: Curiosity, observation, mechanical thinking

02

Build

Build robot chassis and circuits, connecting sensors and motors into a working structure.

Skills: Electronics, assembly, wiring

Example: A basic wheeled robot chassis

03

Program

Program robot behavior so it can sense its environment and respond automatically.

Skills: Programming logic, debugging

Example: A line-following or obstacle-avoiding robot

04

Solve

Combine mechanisms, electronics and code to solve a real challenge with an autonomous project.

Skills: Problem solving, iteration, presentation

Student Work

Build Real Projects

Robotics lab learning session

AI & Robotics Lab Implementation Program

A school-wide implementation model for setting up and running AI & Robotics labs, delivered across multiple partner schools in and around Gorakhpur.

roboticsartificial-intelligenceiotSchool-wide (multiple grade levels, depending on the school's program)
Modern robotics lab setup space

Robotics Training Program at Little Flower School, Rapti Nagar

A hands-on robotics training program at Little Flower School, Rapti Nagar, focused on practical, workshop-style learning.

roboticscoding
Student Team Building a Quadcopter

Drone Training Program at Little Flower School, GIDA

An introductory drone technology program at Little Flower School, GIDA, covering components, flight principles and safety awareness.

dronesrobotics
Collaborative STEM classroom makerspace

School STEM and Innovation Learning Initiatives

A broader educational implementation approach bringing hands-on STEM, electronics and innovation-based learning into schools.

stemroboticscoding

Tools of the Trade

What Students Work With

Botzo (ready to ship)
Arduino
Sensors
Motors
Electronics Components

Outcomes

What Students Take Away

Problem Solving

Engineering Thinking

Electronics

Programming Logic

Collaboration

For Schools

Bring Robotics to Your School

Robotics can be delivered through Botixbo’s school solutions — fully equipped labs, structured curriculum, and trained facilitators, tailored to your school’s space and goals.

AI & Robotics LabsSTEM LabsInnovation LabsWorkshopsCurriculum Programs

Delivered as part of the AI & Robotics Lab solution.

What People Say

Botixbo has made STEM learning more engaging and purposeful for our students. The opportunity to build, experiment, and turn classroom concepts into working projects has made learning far more meaningful.

Little Flower School, Dharampur, Gorakhpur
Rev. Fr Sabu P L

School Principal, Little Flower School, Gorakhpur

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Modern AI & Robotics Lab

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Young students exploring beginner coding and creative technology on tablets with simple STEM kits

Coding

Learn computational thinking and programming — from block-based logic to text-based coding — by building real applications and projects.

DIY robotics rover built in a maker lab

IoT

Learn how connected devices, sensors and microcontrollers work together to build smart, data-driven systems.

Ready to Build What's Next?

Bring Robotics to your school, or talk to us about the right fit for your students.