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Botixbo School Solution

STEM Lab for Schools

Where Curiosity Turns Into Real Projects.

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

STEM Lab wind energy project
Students experimenting in a STEM lab

Why Build a STEM Lab?

Traditional learning often gives students limited opportunities to experiment, design, build, test and improve real ideas. Botixbo's STEM Lab provides a practical environment where students learn science, technology, engineering and math through hands-on experiments and project-based learning, rather than theory alone.

The Full System

Everything Your School Needs to Build a STEM Lab

Lab Design

Space planning and layout tailored to your school’s room and student capacity.

Equipment

Sourcing, supply and installation of every kit, tool and component required.

Curriculum

A structured, grade-mapped curriculum aligned to the lab’s technology.

Teacher Training

Hands-on training so teachers can confidently lead every session.

Student Programs

Ready-to-run programs that bring students into the lab from day one.

Projects

A pipeline of real, hands-on projects for students to build and present.

Implementation

End-to-end delivery, from consultation through to student launch.

Support

Ongoing technical and curriculum support after the lab goes live.

Inside the Lab

What's Inside the Lab?

Botixbo Circuit Kit (ready to ship)
Electronics Components
Sensors
Arduino (where appropriate)
Science Experiment Kits
Basic Engineering Kits

Curriculum

A Curriculum Designed for Real-World Learning

01

Foundation

Think — identify a real problem or idea worth exploring.

02

Exploration

Experiment — test materials, circuits and early concepts.

03

Application

Build & Test — construct a working prototype and refine it.

04

Innovation

Improve — refine the experiment or build into a finished project.

Implementation

From Empty Room to STEM Lab

01

Consultation

Understanding your school's space, goals and student strength.

02

Lab Design

A layout and equipment plan matched to your available space.

03

Equipment & Installation

Sourcing, delivery and installation of every lab component.

04

Curriculum Setup

Grade-mapped curriculum configured for your school's classes.

05

Teacher Training

Hands-on training so your teachers can run the lab independently.

06

Student Launch

The lab opens for students, with Botixbo support on-site.

07

Ongoing Support

Continued technical, curriculum and maintenance support.

For Teachers

Empowering Teachers Alongside Students

A lab is only as strong as the teachers running it — every stem lab implementation includes structured training, curriculum support and ongoing resources.

  • Teacher Training
  • Curriculum Support
  • Project Guidance
  • Technology Training
  • Continuous Resources
  • For Students

    What Students Experience

    BuildingProgrammingExperimentingTestingFailingImprovingPresenting
    Why hands-on STEM education matters

    Beyond Installation

    Support Beyond Installation

    Technical Support
    Curriculum Updates
    Equipment Maintenance
    Teacher Support
    Replacement / Repair
    Annual Maintenance

    Who It’s For

    Built for Schools at Every Stage

    Starting Out

    Schools Starting Their First Lab

    Schools introducing hands-on STEM learning for the first time.

    Expanding

    Schools Expanding Existing Labs

    Schools adding structured experiments and electronics activities to existing science teaching.

    What Schools 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

    01 / 01

    Bring It to Life

    Programs That Bring the Lab to Life

    Robotics lab learning session

    Robotics

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

    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.

    Why hands-on STEM education matters

    STEM

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

    Complete the Journey

    Complete Your School's Innovation Journey

    Robotics Lab SetupPlan, design, equip and implement AI, Robotics, STEM and Innovation learning environments for schools.
    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.
    School CompetitionsHelp schools prepare students for practical technology showcases and challenges.

    Ready to Build Your School's STEM Lab?

    Talk to Botixbo about bringing a stem lab to your school.