Robotics Track

Turn screen time into build time

Hands-on, project-based robotics for school students aged 10–16 — right here in Old City, Hyderabad.

Ages 10–16 2 × 90-min / week Project-based
Learning Roadmap

Your robotics journey at AI-TECH

A clear path from first circuit to real-world robotics — built for school students in Hyderabad's Old City.

Level 01

Beginner — Robotics Fundamentals

First steps into electronics, circuits, and how robots are built.

  • Electronics basics: circuits, voltage, current
  • Meet sensors, motors, and microcontrollers
  • Build your first moving robot
  • Safe handling of tools and components
Level 02

Intermediate — Electronics & Sensors

Dive deeper into sensors, motor control, and Arduino programming.

  • IR, ultrasonic, and line-tracking sensors
  • Arduino programming with C/C++ basics
  • Motor drivers and speed control
  • Projects: line follower, obstacle avoider
Level 03

Advanced — Programming & Automation

Create smart, autonomous robots and IoT-connected devices.

  • Advanced logic, loops, and functions
  • Bluetooth and Wi-Fi connected robots
  • IoT home automation and smart devices
  • Real-world robotics applications
Curriculum

6-module learning journey

Module 1

Foundations of Robotics

Sensors, motors, circuits and safe electronics handling.

Module 2

Block-based Programming

Scratch-style logic for making robots move, sense and react.

Module 3

Arduino & C Basics

Transition from blocks to real code — variables, loops, functions.

Module 4

Build a Line-Follower Robot

First full project — design, wire, program and test.

Module 5

IoT & Smart Devices

Wi-Fi enabled projects: home automation, weather station.

Module 6

Capstone: Robot Showcase

Design a robot to solve a real problem and present it to parents.

Project Showcase

What kids actually build

Line-Follower Bot

Autonomous track navigation using IR sensors.

Smart Home Node

Wi-Fi lights and fans controlled from a phone.

Obstacle Avoider

Ultrasonic distance sensing with real-time steering.

Weather Station

Temperature, humidity, live dashboard on ESP32.

Gesture-Controlled Car

Accelerometer-driven glove controls a rolling bot.

Sorting Machine

Color sensor + servo arm sorts objects by hue.

Launch Pad

From learning to real-world opportunities

AI-TECH doesn't just teach robotics — we help students launch their ideas into the world.

01
Step 1

Hands-on Projects

Every student builds real, working robots from day one — no simulations.

02
Step 2

Innovation Lab

Turn ideas into prototypes with mentorship, tools, and a structured build process.

03
Step 3

Career Readiness

Build a portfolio, earn certificates, and prepare for competitions and internships.

04
Step 4

Future Pathways

Progress to advanced robotics, AI, cloud, and cybersecurity tracks.

Outcomes

What your child walks away with

  • Confidence with electronics, sensors and basic programming
  • A portfolio of 4–6 completed robot builds
  • Structured thinking: problem → design → build → debug
  • Screen time redirected into creation, not scrolling
Parent FAQ

Common questions

What's the age group?+

10–16 years. Groups are split by age so material stays engaging and appropriate.

Do we need to buy a kit?+

No. All robotics kits and components are provided at the campus.

How often are classes?+

Two 90-minute sessions per week, scheduled around school hours (mostly weekends and evenings).

Is prior coding needed?+

None. We start from zero — logic and electronics fundamentals first.

Ready to get started?

Book a free demo class or send us an enquiry — we'll respond within 24 hours.