Hello again! In the previous blog, I talked about the thought process that went behind developing Quanser's serial manipulator platform - the QArm. Today, I want to show you how I was able to rapidly develop a pick and place...
Since its initial release 7 years ago, our QUBE-Servo 2 has been widely adopted by universities across the world. It is supplied with two interchangeable modules, an inertia disc and a pendulum, which can be used to conduct a series...
Recently I gave a virtual presentation to the International Federation of Engineering Education Societies (IFEES/GEDC/IUCEE) about our revolutionary virtual product offering, the Quanser QLabs. In this blog I’d like to go over some of the key points of my presentation...
Early in October, I had an opportunity to speak at the ASME Dynamic Systems and Controls Conference, DSCC, at a Student Career Advising/Networking session. Alongside four other panelists working across multiple industries, we each shared our advice for students about...
The QUBE-Servo 2 is supplied with two modules: the inertia disc and the pendulum. In my previous blog posts, I went through the various DC motor-based labs that use the disc module. Here I discuss the labs supplied with the...
One common application to autonomous mobile robotics is the idea of line following, which for self-driving cars is expanded to the concept of autonomous lane following. This application can be a starting step into developing a fully autonomous driving example...
