Why can’t you make your own
Maker Space?

In the 21st century, knowledge is freely available on the internet. We are surrounded by ideas every day—but execution needs space.

Context: India

Many dreams remain only dreams because children do not have places to prototype, experiment, and bring their ideas to life.

We dream of every school having an Innovation Hub – a studio where imagination meets action, heritage connects with technology, and the nation is built.

Science Clubs
Makerspace

Makerspace

Where imagination turns into reality, ideas turn into designs, and designs turn into prototypes.

Tinkering Lab

Tinkering Lab

Where children gain real skills through hands-on learning—touch, feel, experiment, and create.

Together, they empower children not just to learn, but to build, innovate, and transform their dreams into something real.

Breaking the Myths Around STEM & Maker Labs

Myth 1
❌ Myth 01

“Labs are too expensive.”

Truth: Maker Labs can start small—with affordable kits or subscription models. No heavy upfront investment needed.
Myth 2
❌ Myth 02

“Our teachers can’t handle this.”

Truth: Teachers don’t need to be engineers. With short, focused training, any motivated teacher can facilitate hands-on learning.
Myth 3
❌ Myth 03

“Parents won’t support it.”

Truth: Parents value skills beyond marks. When children build, experiment, and create—support comes naturally.
Myth 4
❌ Myth 04

“Board exams are more important.”

Truth: Labs enhance academics. Building a circuit helps understand physics better than memorizing Ohm’s Law.

Customize your Maker Space

Select a lab setup to see the transformation.

01

Robotics & IoT

Everything grows with your imagination.

Robo-Scientist LEGO Kits
02

Maker & Discovery

Create slime, map stars, and watch microbes.

Explorer Kits Science-in-a-Box
03

Design Lab

Where ideas turn into creations.

3D Printing Paints
04

Tinkering Lab

Learn skills to turn ideas into reality.

Hands-on Tools Thinking Kits
BEFORE
AFTER SETUP
Ready to build? Book a free lab consultation
CALL NOW
OUR BELIEF

Labs are not a luxury.
They are the new classroom.

“When children are given the freedom to explore, make, and think—they don’t just learn science. They become innovators.”

Rajesh

Rajesh

Designer
Latest Video Highlights
STEM Impact Title
Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav
Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav
Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav Science Utsav
JOIN THE REVOLUTION

Let's Talk Science!

Have questions about our Robotic Kits or Lab setups? Drop your details and our experts will reach out within 24 hours.

  • STEM Lab Integration
  • Grade-wise Kit Guidance
  • Curriculum Integration Tips
What We Offer
01

Who is this program for?

The I Am a Robo-Scientist program is designed for students from Grade 4 to Grade 9, suitable for schools and maker spaces.

02

Do you provide a demo for schools?

Yes, we offer live demos for teachers and a kit showcase so schools can experience the program before implementation.

03

How many class periods are required?

The curriculum is flexible and can be completed in 20 to 40 class periods, depending on the school’s schedule and depth of learning.

04

How many kits are provided for a Maker Space?

We provide 11 kits for a Maker Space, where 3 to 4 students can share one kit and work collaboratively.

05

Do we need a computer lab?

Yes, a computer lab is required so students can write and upload code to the microcontrollers.

06

What type of coding is taught?

Our course is a mix of block-based coding and syntax-based coding, helping students start easily and gradually move to advanced coding.

07

Do students need prior coding experience?

No, students can start from scratch. The program is beginner-friendly and grows with their skills.

08

Is Robo-Scientist just a kit or a complete program?

Robo-Scientist is a complete learning program, not just a kit. It includes curriculum, training, tools, projects, and continuous skill development.