STEM readiness

Help students build, test, repair, and explain real systems

The lab gives schools the equipment, curriculum, and teacher support needed to make NEP-aligned experiential learning practical.

  • Electronics and IoT: Sensors, actuators, IoT brain, breadboards, and project components.
  • Robotics construction: Motors, controllers, construction kits, Raspberry Pi Pico, GPS, and LEDs.
  • Advanced prototyping: FDM 3D printer, 3D pen, programmable drone, humanoid kit, and robotic arm.

School package range

  • Batch of 10: INR 2,90,000 + GST
  • Batch of 20: INR 3,90,000 + GST
  • Batch of 30: INR 4,90,000 + GST
  • Batch of 40: INR 5,90,000 + GST

Packages include teacher training and LMS access.

Learning outcomes

A hands-on curriculum for future-ready skills

Students learn by assembling, programming, debugging, presenting, and iterating on physical projects.

Hands-on STEM kits

Electronics, IoT, robotics, mechanical construction, and add-on kits.

Advanced prototyping

3D printer, programmable drone, 3D pen, robotic arm, and humanoid kit.

Grade-wise curriculum

Experiential learning paths for coding, AI, IoT, robotics, and design.

Teacher enablement

Physical training, virtual sessions, and LMS access after installation.

What schools usually want from a robotics lab

  • Practical STEM learning that goes beyond theory-heavy classroom sessions.
  • A visible innovation program for students, parents, and school leadership.
  • Structured activities that fit different age groups and confidence levels.
  • Teacher support so the program remains active after launch.

How the lab creates value

Robotics labs work best when they are not treated as a one-time room setup. With the right kits, curriculum, and teacher enablement, the lab becomes an ongoing platform for experimentation, teamwork, and problem solving.

Bring an innovation lab to your school

Download the proposal to review kits, lab layouts, pricing, and training structure.

Download Robotics Proposal