
Introduction to Robotics – From Basics to Advanced Concepts
Mr. Wright
Course Overview
During the course we will build some cool projects together such as a ‘Tin Can Robot’ from commonplace materials, transforming your understanding of robotics from basics to intricate applications. Our course blends theoretical understanding with practical applications, ensuring a comprehensive learning experience.
The adventure begins with an introduction to the captivating world of robotics, exploring its history, essential components, and diverse types of robots. As we delve deeper, you’ll get hands-on experience with robot programming, unravel the intricacies of kinematics and control, and delve into the realm of sensors and perception.
This course isn’t merely about understanding robots; it’s an exciting opportunity to construct and program them. As we progress, we will peel back the layers of robotics, from examining robot anatomy to mastering programming languages and motion control techniques. Your journey will culminate in creating a functioning piece of technology, embodying the principles learned throughout the course.
What You'll Learn?
- Comprehensive coverage of major robotics aspects.
- Practical exercises for immediate knowledge application.
- Insight into the latest robotics trends.
- Networking with robotics enthusiasts.
- Skills for career advancement in robotics or related fields.
- Engineering students who want to specialize in robotics.
- Professionals working in tech who wish to transition to robotics.
- Hobbyists and tech enthusiasts interested in learning about robotics.
- Researchers looking to deepen their understanding of robotic systems.
- Educators teaching STEM subjects, looking to update their robotics knowledge.
- Basic understanding of physics and mathematics.
- Familiarity with at least one programming language (preferably Python or C++).
- A computer that meets the requirements for installing and running robot simulation software.
- An open and curious mind, ready to explore the world of robotics.
- Lecture slides and notes.
- Quizzes, assignments, and a final project for hands-on learning.
- Extra reading materials for further learning.
Gstal
This was a good intro to robotics, not bad for a freebie. More please.