Description

What you’ll learn

• Working of IR sensor
• Circuit making of line follower robot
• Coding concepts
• Assembly
• Design and build their own Line Follower Robot from scratch.

Requirements:

• Basic understanding of electronics and programming (recommended but not mandatory).

Description:

• Are you fascinated by robotics and automation?
• Ready to dive into the world of Line Follower Robot and take your skills to the next level?
• Look no further!
• This comprehensive course is designed to guide you through every step of creating your very own Line Follower Robot, from concept to coding to simulation.
• Whether you’re a beginner or an experienced hobbyist.
• This course will equip you with the knowledge and skills to bring your robot to life and watch it follow lines with precision.

Course Overview

• In this hands-on and engaging course, you’ll acquire the skills and knowledge required to create a line-follower robot from scratch.
• Whether you’re a beginner with no prior experience or an intermediate enthusiast.
• Looking to enhance your robotics expertise, this course caters to all skill levels.
• Section 1: Introduction
• Section 2: Project Information
• Section 3: Circuit Making
• Section 4: Coding
• Section 5: Simulation

What You’ll Learn:

• Introduction to Robotics: Understand the fundamentals of robotics.
• Learn about different types of robots, and explore the applications of line-follower robots also.
• Electronics Essentials: Gain insights into electronic components, circuit design also.
• And sensor integration crucial for your  functionality also.
• Mechanical Design: Learn how to design and assemble the chassis, wheels, and motor systems, ensuring optimal performance and maneuverability.
• Sensors and Actuators: Explore various types of sensors, with a focus on infrared (IR) sensors for line detection.
• And learn to control actuators for precise movement.
• Programming Logic: Master programming concepts using platforms like Arduino and Python.
• To implement algorithms for line detection, decision-making, and motor control also.
• Algorithm Optimization: Discover techniques to fine-tune your robot’s performance, from tuning PID constants to optimizing line-following algorithms also.
• Advanced Topics: Explore advanced topics such as multi-sensor integration, obstacle avoidance, and wireless communication for remote control also.