In this class, we will create a robotic simulation that performs pick-and-place of an object. The object is detected and localised using a camera. We will work on kinematics, inverse kinematics and image processing, all on the free software CoppeliaSim.
22nd Jul - 2nd Sep
12:30pm - 1:40pm
Weekly on Fridays
7 sessions total
70 mins
Introduction to robotics and its sub-disciplines. Start working on and exploring the capabilities of CoppeliaSim (creating objects, robot structure and customisation)
70 mins
Learn about robot kinematics, the mathematical side of things as well as implementing it in code on CoppeliaSim.
70 mins
Learn about Inverse Kinematics and how to implement it in CoppeliaSim.
70 mins
Learn about Image Processing, and more specifically the capabilities offered within CoppeliaSim. Introduce the Camera to our scene and start working on the Camera's code.
70 mins
Learn about Camera Perspective and converting between pixel positions to real-life position. This lesson will involve some Geometry and Maths + coding.
70 mins
Combine what we have learnt to execute the project requirements in the simulation.
70 mins
Finish the simulation, answer student questions + introduce students to more capabilities offered by CoppeliaSim regarding other robotics disciplines for them to explore later.
I am a MATLAB and STEM tutor with a PhD (2021) from Coventry University in the field of human-robot collaboration. My previous degree is a BEng in Mechanical Engineering. I am an associate fellow of the higher education academy.
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