Rating 4.75 out of 5 (61 ratings in Udemy)
What you'll learn- Students will build a working 3-degree-of-freedom pick-and-place robot manipulator with computer vision and feedback motion control.
- Students will understand the theory behind robotic manipulators, including rotation matrices, homogeneous transformation matrices, and other theoretical concepts commonly covered in a University-level robotics course for engineers.
DescriptionVideo lectures cover a wide range of robotics topics …
Rating 4.75 out of 5 (61 ratings in Udemy)
What you'll learn- Students will build a working 3-degree-of-freedom pick-and-place robot manipulator with computer vision and feedback motion control.
- Students will understand the theory behind robotic manipulators, including rotation matrices, homogeneous transformation matrices, and other theoretical concepts commonly covered in a University-level robotics course for engineers.
DescriptionVideo lectures cover a wide range of robotics topics common to most university robotics classes, including forward and inverse kinematics, sensors and computer vision (machine vision), and feedback motion control. Theory is paired with hands-on building and programming tasks using a kit of parts that allows you to practice as you learn, and end up building and programming complete robots.
The course involves programming in C and Python, but begins assuming you have never programmed in these languages before. It is helpful if you have some experience already with matrix math (adding/subtracting and multiplying matrices and vectors) and trigonometry. You will be introduced to OpenCV in Python and the PSoC microcontroller.
All of the topics in the course lead to building and programming a complete, working, 3-degree-of-freedom SCARA pick-and-place manipulator by understanding and practicing all of the theory underneath. The course uses the RoboGrok robotics parts kit.
