Robotics & Automation Programming: Design and Control Smart Robots

Course Overview

This course provides a comprehensive introduction to robotics and automation programming. Participants will learn how to design, program, and control robots using various programming languages and platforms, while also understanding the principles of automation in industrial applications.

Skills you'll aquired

Proficiency in robotics programming languages (Python, C++)
Understanding of robotic systems and components (sensors, actuators)
Skills in designing and building robotic prototypes
Knowledge of automation principles and control systems
Experience with platforms like Arduino and Raspberry Pi
Ability to implement machine vision and AI in robotics
Familiarity with simulation tools for testing robotic systems

Course Features:

60 Hours

Live Class and Video Suggestions

18 Articles

12 Downloadable Resources

43 Practicals

54 Hands-on Projects

Certificate upon Completion

Live Interactions

Course Compact

Explore the basics of robotics and its applications.

What is Robotics?
Types of Robots and Their Uses
Overview of Robotics in Industries

Understand the essential components of robotic systems.

Sensors and Actuators
Microcontrollers and Single Board Computers
Power Systems for Robots

Learn programming techniques specific to robotics.

Introduction to Arduino Programming
Using Raspberry Pi for Robotics
Integrating Sensors and Actuators in Programs

Dive into the concepts of automation in robotics.

Types of Automation (Fixed, Programmable, Flexible)
Control Systems and Feedback Mechanisms
Industrial Automation Applications

Explore more complex programming for robotics.

Implementing Machine Learning in Robotics
Using Computer Vision for Navigation
Advanced Sensor Integration Techniques

Apply your knowledge to create functional robotic projects.

Project Design and Planning
Building and Testing Robotic Prototypes
Final Project Presentation and Evaluation

Understand emerging trends in robotics and automation.

The Role of AI in Future Robotics
Ethical Considerations in Robotics
Career Opportunities in Robotics and Automation

Requirements

Basic programming knowledge (preferably in Python or C++)
Understanding of electronics and mechanical systems is beneficial but not required
Zeal to learn
Access to a computer and internet

Description

The Robotics & Automation Programming course equips participants with the knowledge and skills to design, program, and build robots for various applications. Through practical projects and theoretical learning, you will explore the intricacies of robotics systems and automation technologies.

By the end of this course, you'll have the ability to develop intelligent robotic systems capable of performing tasks autonomously and interacting with their environment, preparing you for a future in the dynamic field of robotics.

Meet the Instructor

Mayomi Odewaye

Software Engineer / Data Analyst / Project Manager

Mayomi Odewaye is a dynamic and accomplished professional who has made significant contributions to the fields of software engineering, data analysis, and project management. With a strong academic background and practical experience in Python programming, Machine Learning, Web Development, and PHP, Mayomi is passionate about teaching and mentoring aspiring developers. As the founder of KrossCheck, Mayomi is dedicated to providing innovative solutions that enhance the educational experience and streamline academic processes.