Robotics Labs

From soldering a circuit to programming a drone, our Robotics Labs give students direct, hands-on experience with the technologies shaping Industry 4.0. Every kit is real, every project is functional, and every skill built in the lab is one that employers and institutions are actively looking for. BIS certified, NEP 2020 aligned, and backed by a full year of on-site instructor support.
Robotics STEM Workstation
Where Hands-On Learning Begins

Colour-coded building blocks supporting 1,000+ circuit combinations — electricity, sound, light, motors, logic gates, RF communication. A programmable AVR CPU with 6 analog and 8 digital I/O pins gives students their first experience programming real hardware. Printed manuals, video tutorials, and gamified virtual lab included.

Robotics STEM Kits
Build It. Programme It. Control It.

Multifunctional DIY kits students assemble and programme themselves — obstacle avoiders, snake bots, line followers, remote cars, maze solvers. Ultrasonic and IR sensors, Bluetooth communication, mobile app control. Every kit is a complete engineering project with a working outcome.

Robotics STEAM Workstation
Engineering Meets the Real World

Ten multifunctional models — solar houses, conveyor belts, mini robots — integrating mechanical engineering, sensor technology, and renewable energy principles into a single learning environment. Tilt sensors, light sensors, solar panels, and full audiovisual software support bring sustainable technology concepts into direct student experience.

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Programmable STEAM DIY Kits
Applied Engineering. Real Problems.

Colour Sorter, Smart Dustbin, Hungry Robot — functional systems students build from programmable CPUs, servo motors, sensors, breadboards, and modular connectors using wood and MDF components. Assembly, coding, and simulation tutorials supported by gamified virtual labs.

Drone DIY Kit
From Classroom to Airspace

Students build a fully functional drone — flight controller, brushless motors, remote controller, battery, propellers. Flight time 5–15 minutes, range 50–100 metres. Teaches aerodynamics, electronics, and real engineering constraints in one complete project. The only school lab kit where the final assessment actually takes off.

Life-Size Voice-Controlled Robot
The Lab's Centrepiece

Over three feet tall, fully assembled by students, controlled by voice and mobile app. Head rotation, blinking eyes, voice announcements — driven by servo motors, multiple sensors, LEDs, voice recorder, and Bluetooth module. Built on a robust metal and foam board structure designed for years of institutional use.

Metal Detector / Army Tank DIY Kit
Defence Technology in the Classroom

A functional replica detecting metals up to 6 cm. Modular, programmable, app-controlled via AVR CPU, servo and DC motors. Introduces students to defence-adjacent technology concepts through hands-on assembly — one of the few school kits that directly connects classroom learning to national technology priorities.

AI-Integrated Learning Management System
The Intelligence Layer

An adaptive LMS with AI integration tying every lab activity together. Gamified content, leaderboards, AI text-to-image tools, virtual labs, attendance tracking, assignments, project submissions, and certifications — in one platform. Regular teacher training sessions and dedicated educator resources included.

Gamified Experiential Digital Content
Curriculum Built for the Future

A comprehensive content library covering electronics, coding, robotics, and Industry 4.0 principles — fully aligned with NEP 2020. Physical and virtual labs, design thinking, computational thinking, game elements, and project demos. Content that evolves with the programme and keeps students engaged beyond the lab session.

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Deployment, Training and Year-Long Support
The Commitment That Makes It Work

Equipment delivery and full lab commissioning is the starting point — not the finish line.

  • Complete installation and setup of all lab equipment
  • Onsite Training of Trainers (ToT) at launch
  • Minimum one virtual teacher training session per week for a full year
  • Dedicated on-site lab instructor deployed for one year
  • Technical hackathons and student challenge events throughout the year
  • Multimedia projector and laptop for instructor-led sessions
  • All hardware BIS certified and quality compliant

What This Delivers
Students who complete this programme leave with demonstrated, portfolio-backed competency in electronics, programming, robotics, drone engineering, and AI tools directly aligned with India's fastest-growing technology sectors.
For any school, this is not an infrastructure upgrade. It is a fundamental shift in what students are capable of when they graduate.
We manage end-to-end from site assessment and procurement through installation, training, and multi-year operational support. One partner. Complete accountability.

Capabilities at a Glance

  • 10 integrated robotics and STEM learning systems per lab
  • Progressive learning path: basic electronics → drone engineering
  • AI-integrated LMS with gamified content and virtual labs
  • NEP 2020 aligned curriculum and digital content library
  • BIS certified hardware across all kits and components
  • One-year dedicated on-site instructor deployment
  • 36-month ICT lab maintenance commitment
  • Weekly teacher training for full year post-deployment