Robot Kinematics Demystified
Robot Kinematics Demystified
(PROGRAMMING OTTO DIY ROBOT USING MATH, PHYSICS AND THE C++ LANGUAGE)
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Robot Kinematics demystified (Programming Otto DIY Robot using Math, Physics and The C++ Language) is a book that will help readers better understand the Kinematics of a Robot by using Otto, a biped robot, to Illustrate the techniques used in finding the Denavit-Hartenberg parameters used in Robotics to define the Geometric Anatomy of a robot's joints and links.
The methods provided were discovered by the author. They will not be found on any online resources, websites, or textbook, which makes this book an invaluable asset In mastering forward and Inverse kinematics as an Industry Professional.
Watch Official Book Trailer
Watch Official Book Trailer
Get started with the exciting world of robotics using Arduino! In this beginner-friendly video, we’ll walk you through the basics of robotics, how Arduino works, and how you can build your first robot project. No prior experience needed—just curiosity and creativity!
Robot Kinematics Demystified Final Project
Robot Kinematics Demystified Final Project
Meet Otto: The Open-Source Biped
Meet Otto: The Open-Source Biped
The robot at the heart of this program is Otto, an open-source bipedal robot originally designed by Camilo Parra Palacio. Otto may look small, but he packs a big punch in terms of learning potential. His expressive movement, programmability, and community-driven design make him an ideal teaching platform for advanced robotics.
Students don’t just watch Otto move—they write the code that tells him how to move, learning valuable engineering and math skills in the process.
Course Prerequisites
Course Prerequisites
Must have some exposure to The Denavit-Hartenberg convention that defines four parameters for attaching reference frames to the links of a spatial kinematic chain, or robot manipulator
Trigonometry
Vectors and Matrix Multiplication
Rotational motion and Motion graphs
Understanding a Robotic Engineer
Understanding a Robotic Engineer
Here’s what you will learn from this course:
How to apply trigonometry to real-world robotics challenges
Coding physical robots — not just simulations
Mastery of inverse kinematics and bipedal motion
Insight into robotics and STEM careers
By the end of the course, participants will not only understand robotics better—they’ll be ready to lead the next wave of innovation.
About Author
About Author
Laurnetta Sanks - The Founder of iNugGits STEM Academy and Author of the book
"Robot Kinematics Demystified."
Testimonials
Testimonials
References
References
All concepts, methods, and examples in this book are supported by academic research, industry case studies, and expert insights from trusted robotics and engineering sources.
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