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Institutional Project

School STEM and Innovation Learning Initiatives

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

stemroboticscoding
A teacher leading students through a hands-on STEM lab session

The Requirement

Beyond dedicated robotics or drone labs, Botixbo works with schools on broader STEM and innovation learning initiatives — hands-on science and engineering activities, circuit-based learning, and project-based exposure to emerging technology.

The Challenge

The Challenge

Many schools want to build a culture of hands-on, project-based learning around STEM, beyond what a single lab or workshop can cover.

The Build

How It Was Built

Botixbo’s approach centres on hands-on science and engineering activities, circuit-based learning and project-based initiatives that give students practical exposure to emerging technology alongside their regular curriculum.

Tech Stack

Technologies Used

stem
robotics
coding

The Journey

From Idea to Reality

01

Requirement

Understood the school's goals for hands-on STEM and innovation learning.

02

Strategy

Introduced circuit-based and project-based learning activities.

03

Implementation

Supported teachers in continuing project-based STEM activities.

The Outcome

Where implemented, these initiatives have supported a more hands-on, project-based approach to STEM learning in participating schools.

Learn More

The Program Behind This Project

Robotics

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

Coding

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

STEM

Apply science, technology, engineering and math through hands-on experiments, electronics and project-based learning.

Astronomy / Space Science

Explore the solar system, astronomy concepts and space technology through STEM-based activities.

Built Through

The Solution Behind This Project

STEM Lab

A hands-on learning environment focused on science, technology, engineering, mathematics, experimentation and problem-solving.

Innovation Lab

A dedicated space where students identify real problems, design solutions, build prototypes and present their ideas — emphasizing building over theory.

Composite Lab

A multi-disciplinary, future-ready learning lab bringing together practical experiences across robotics, AI, coding, electronics and emerging technologies in one integrated space.

Delivered Through

The Service Behind This Project

Teacher TrainingTrain teachers to understand and confidently support AI, robotics, STEM and practical technology learning.
Student WorkshopsShort, practical, hands-on learning experiences in robotics, AI, coding, IoT, drones and more.
Curriculum DevelopmentDevelop structured, age-appropriate practical technology curriculum for schools.

Keep Exploring

Explore More Projects

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.

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.

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.

RC Plane Building and Flight Workshop

A hands-on workshop model where students build a radio-controlled plane from its components and see it flight-tested under supervision.

Build a Program With Botixbo