Robotics (Serial Communication Bus)

Our Robotics course, with a focus on Serial Communication Bus, aims to bridge the gap between theoretical knowledge and real-world application. The course covers the basics of robotics, introducing the principles of Serial Communication Bus, a protocol vital for effective communication between microcontrollers in a system. This knowledge is critical for developing sophisticated, interconnected robotic systems.

Created by

Prolific Automation

Course Description

Join our transformative “Robotics (Serial Communication Bus)” course, an immersive journey into the world of robotics and automation. This course will provide you with a fundamental understanding of Serial Communication Bus systems, their relevance in robotics, and their role in modern technological advancements. By dissecting concepts and theories and applying them to real-world scenarios, students will develop practical skills and become proficient in designing, analyzing, and implementing Serial Communication Bus systems in robotics.

What you’ll learn

Fundamentals of Robotics: Gain a solid understanding of essential robotics principles and applications.
Serial Communication Bus Systems: Understand the intricacies of various Serial Communication Bus systems, such as I2C, SPI, and UART, and their roles in robotics.
System Integration: Learn how to integrate Serial Communication Bus systems into robotic frameworks for enhanced performance and functionality.

Introduction

• Degree of Freedom

• Do it yourself kit

DC Motor

• Applications of DC Motor in Robotics

• Theory of DC Motor

• Hardware and Software Interface of DC Motor

• Demonstration of DC Motor on Robotic Kit

Stepper Motor

• Theory of Stepper Motor

• Hardware and software Interface of Stepper Motor

• Demonstration of Stepper Motor on Robotic Kit

• Applications of Stepper Motor

Servo Motor

• Theory of Servo Motor

• Hardware and Software Interface of Servo Motor

• Applications of Servo Motor

• Demonstration of Servo Motor on Robotic Kit

Sensors

• Theory of various Sensors

• Hardware and Software Interface of Touch and Light Sensor

• Applications of Sensors

• Demonstration of Sensors on Robotic Kit.