🚀 ROBOTICS PROGRAM OVERVIEW

⏳ Program Details

🔹 Total Hours: 24 Hours

🔹 Schedule: Flexible (3 Hours/Week | 8-Week Program)

🔹 Group Size: 5–10 Students

Course Content: FLYER 

🏗 COURSE STRUCTURE

🤖 Level 1: Robotics Explorers

🎯 Goal

Learn the basics of robots, sensors, and block-based programming.

📚 Modules

🔸 What is a Robot?▪ Introduction to robotics and automation▪ Real-life robot examples (home, industry, space)

🔸 Parts of a Robot

▪ Motors, wheels, chassis

▪ Sensors (IR, ultrasonic)

▪ Power supply & controller board overview

🔸 Block-Based Programming

(LEGO WeDo / mBot / Arduino Blocks / Scratch)

▪ Movement: Forward, backward, turns

▪ Simple logic: If-else, loops

▪ Obstacle detection & buzzer alerts

🛠 Mini Projects

✔ Line follower robot

✔ Obstacle-avoiding robot

🧠 Level 2: Young Robotics Programmers

🎯 Goal

Program real-world robots using structured logic.

📚 Modules

🔸 Arduino & Electronics Basics

▪ Introduction to Arduino Uno

▪ Breadboard setup

▪ Sensors, LEDs, buzzer, IR, ultrasonic

🔸 C++ Programming for Arduino

▪ Pin configuration

▪ delay(), digitalRead(), digitalWrite()

▪ Loops, conditions, debugging basics

🔸 Robot Movement Programming

▪ Motor control using L298N

▪ Speed control with PWM

🔸 Sensor Integration Projects

▪ Light-sensing robot

▪ IR remote-controlled robot

🛠 Mini Project

✔ Security alarm robot

✔ Traffic signal simulator

⚙ Level 3: Robotics Engineers

🎯 Goal

Dive deeper into robot design, logic, and IoT concepts.

📚 Modules

🔸 Advanced Arduino Programming

▪ Functions & arrays

▪ Analog input

▪ Servo motors

▪ LCD/OLED display modules

🔸 Bluetooth & App-Controlled Robot

▪ HC-05 module setup

▪ Android app using MIT App Inventor

🔸 Sensor Fusion▪ Multi-sensor integration

▪ IR array line tracking

▪ Obstacle detection + speed control

🔸 Mechanical Design Basics

▪ Chassis design

▪ Weight balance

▪ Sensor mounting techniques

🛠 Mini Project

✔ Bluetooth-controlled home automation system

✔ Line-following delivery robot

🚀 Level 4: Advanced Roboticists

🎯 Goal

Prepare students for real-world robotics & automation careers.

📚 Modules

🔸 Raspberry Pi Introduction

▪ Python programming

▪ GPIO control

▪ Camera module

▪ Pi OS basics

🔸 Robotics with AI

▪ Object detection using OpenCV

▪ Voice-controlled robotics (Google Assistant / Alexa integration)

🔸 IoT in Robotics

▪ Wi-Fi controlled robots (ESP8266 / NodeMCU)

▪ Firebase or Blynk dashboard integration

🔸 Autonomous Vehicle Programming

▪ GPS tracking

▪ Real-time location systems

▪ Self-parking logic using ultrasonic sensors

🎓 Capstone Project

✔ Home automation bot

✔ Surveillance robot

✔ Smart farming robot

✨ Program Features

⭐ Theory + Hands-on Labs

⭐ Engaging examples & exciting experiments

⭐ Homework & project-based learning

⭐ Multiple programming levels to choose from

⭐ Aligned with Middle & High School curriculum

⭐ Special Summer & Winter batches

⭐ Fun robotics events & competitions