Robotics

Robotics Branch

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Robotics Sessions

Learn coding, automation, and robotics through hands-on projects and real-world applications.

Session 1: Introduction to Robotics & Programming

Learn the basics of robotics and programming fundamentals

What You'll Learn:

  • ✓ Basic programming concepts
  • ✓ Introduction to Arduino
  • ✓ Electronic components and circuits
  • ✓ Simple robot assembly

First Projects:

  • ✓ LED blinking circuits
  • ✓ Simple motor control
  • ✓ Basic sensor reading
  • ✓ Line following robot

Session 2: Advanced Robotics & Automation

Master advanced robotics concepts and automation

Advanced Skills:

  • ✓ Advanced programming logic
  • ✓ Multiple sensor integration
  • ✓ Motor control and PID
  • ✓ Wireless communication

Complex Projects:

  • ✓ Obstacle avoidance robot
  • ✓ Bluetooth controlled car
  • ✓ Automated sorting system
  • ✓ Smart home automation

Session 3: Competition Robotics & AI

Prepare for competitions and explore AI integration

Competition Skills:

  • ✓ Competition strategy
  • ✓ Advanced algorithms
  • ✓ Team collaboration
  • ✓ Performance optimization

AI & Future Tech:

  • ✓ Machine learning basics
  • ✓ Computer vision
  • ✓ Voice recognition
  • ✓ IoT integration

Additional Resources

💻

Programming Guide

Arduino, Python, and C++ tutorials

🔧

Hardware Guide

Components, sensors, and circuit design

🏆

Competition Prep

Strategies and tips for robotics competitions

Equipment & Tools

Hardware

  • ✓ Arduino Uno and Mega boards
  • ✓ Various sensors (ultrasonic, IR, etc.)
  • ✓ DC motors and servos
  • ✓ Breadboards and jumper wires
  • ✓ 3D printed robot chassis

Software

  • ✓ Arduino IDE
  • ✓ Python with libraries
  • ✓ TinkerCAD Circuits
  • ✓ MIT App Inventor
  • ✓ Robot simulation software

Session 1: Introduction to Robotics & Programming

This session introduces you to the world of robotics, covering basic programming concepts, Arduino fundamentals, and simple robot assembly.

Session 2: Advanced Robotics & Automation

Learn advanced robotics concepts including sensor integration, motor control, PID algorithms, and wireless communication.

Session 3: Competition Robotics & AI

Master competition strategies, advanced algorithms, and explore the integration of AI and machine learning in robotics.