Technology Learning That Students Can Actually Touch
The problem
Many schools teach technology only from textbooks and screens. Students memorise definitions but rarely build anything, and schools that buy lab equipment often find it unused because teachers lack training and a ready curriculum.
Our approach
We deliver the lab, the curriculum, the teacher training and the support together as one program, so the equipment is used every week. Each lesson ends with something students have built and can demonstrate.
Hands-on by design
Students assemble, wire, program and test real machines.
Ready for teachers
Lesson plans and training so teachers can lead without an engineering background.
Complete program
Lab setup, curriculum, training and support from one partner.
From First Gear to a Robot They Design Themselves
Students use grade-appropriate kits with motors, sensors, controllers and building blocks to design, assemble and program real machines. Every lesson ends with a working output.
Discover
Mechanical assembly, gears, motors and structural stability.
Build
Students assemble a working chassis, their first physical checkpoint.
Code
Block-based and text-based programming.
Test
Systematic debugging to find mechanical, electrical or logic faults.
Solve
An open-ended build on a problem the student chooses.
Grade-wise path
| Level | Grades | Focus |
|---|---|---|
| Primary | 1-5 | Simple mechanics, building blocks, first block-based coding |
| Middle | 6-8 | Sensors, controllers, block and text coding, small projects |
| High | 9-12 | Autonomous robots, data, IoT and AI projects, open-ended designs |
Primary
Grades
1-5
Focus
Simple mechanics, building blocks, first block-based coding
Middle
Grades
6-8
Focus
Sensors, controllers, block and text coding, small projects
High
Grades
9-12
Focus
Autonomous robots, data, IoT and AI projects, open-ended designs
Built By StudentsWhat Your School Gets
| Included | Details |
|---|---|
| Lab setup | Layout advice, installation and testing before the first class. |
| Robotics kits | Grade-appropriate kits with motors, sensors, controllers and building parts. |
| Curriculum | Grade-wise lesson plans and project sheets, aligned to NEP 2020. |
| Teacher training | Hands-on training so your teachers can lead sessions. |
| Student programs | Structured sessions with project time, and showcase events. |
| Support | Maintenance, replacement of parts and help on call. |
Lab setup
Details
Layout advice, installation and testing before the first class.
Robotics kits
Details
Grade-appropriate kits with motors, sensors, controllers and building parts.
Curriculum
Details
Grade-wise lesson plans and project sheets, aligned to NEP 2020.
Teacher training
Details
Hands-on training so your teachers can lead sessions.
Student programs
Details
Structured sessions with project time, and showcase events.
Support
Details
Maintenance, replacement of parts and help on call.
Choose the Lab Model That Fits Your School
| Model | Best for | What it means |
|---|---|---|
| Full STEM & Robotics Lab | Schools with a spare room | A dedicated lab set up and equipped on a contract basis. |
| Mobile kit cart | Schools starting small | Kits on a cart shared across classrooms, with no dedicated room needed. |
| Atal Tinkering Lab | Schools under the Atal Tinkering Lab scheme | We help set up and run the lab. See our Atal Tinkering Labs page. |
Full STEM & Robotics Lab
Best for
Schools with a spare room
What it means
A dedicated lab set up and equipped on a contract basis.
Mobile kit cart
Best for
Schools starting small
What it means
Kits on a cart shared across classrooms, with no dedicated room needed.
Atal Tinkering Lab
Best for
Schools under the Atal Tinkering Lab scheme
What it means
We help set up and run the lab. See our Atal Tinkering Labs page.
Pricing depends on your school's needs. Tell us about your school and we will send a plan and price.
Get a custom quoteReal Projects, Built by Students
Weather Station
Measures temperature, humidity and rainfall on campus, calibrated and logged over a full term.
Waste Management
A sorting mechanism using basic robotic arms and sensors, refined across three prototypes.
School Safety System
An entry-monitoring prototype with motion sensors and automated alerts, built with privacy in mind.
Gear Buggy
A simple wheeled buggy built from blocks and gears, where students test how gear size changes speed.
What This Program Delivers
5
Learning stages
Discover, Build, Code, Test, Solve
3
Program levels
Primary, Middle and High School
3
Skill areas
Mechanics, Electronics and Coding
Skills students gain
- Problem solving and logical thinking
- Mechanical and electronics basics
- Block-based and text-based coding
- Debugging and testing
- Teamwork and presentation of their own projects
From First Visit to First Class
Consultation
We understand your space, grades and goals.
Plan
A lab and curriculum plan fitted to your timetable and budget.
Install
Kits and equipment installed and tested.
Train
Teachers complete hands-on training.
Run
Student sessions begin with ready lesson plans.
Support
Maintenance, part replacement and yearly renewal.
Contract basis
We can set up and run STEM and Robotics labs in schools on a contract basis. Contact us to discuss the model that suits your school.
Frequently Asked Questions
A dedicated lab is ideal but not required. Many schools start with a mobile kit cart shared across classrooms.
One Partner for the Whole School
AI & Coding
Take students from robotics into coding and AI projects.
IoT & Smart Technology
Connect sensors and devices for smart projects.
Learning Management System
Online theory lessons, quizzes, results and certificates for lab students.
School ERP
Run the whole school from one system.
Digital Marketing
Promote your new lab and grow admissions.
Atal Tinkering Labs
Lab setup and running support under the Atal Tinkering Lab scheme.
Let's Bring a Robotics Lab to Your School.
Whether you need an ERP, an LMS, a STEM or Tinkering Lab, digital marketing, or all of them, our team will guide you from the first consultation to long-term success.