In this webinar, Prof. Brian Armstrong from the University of Wisconsin-Milwaukee (UWM) will discuss how they used the Quanser Rotary Servo in their control systems laboratory to teach progressively more detailed system identification, modeling, and controls design techniques. Prof. Armstrong will describe how they modified the Rotary Servo hardware for this motion tracking experiment, its...
We are almost a quarter through the 21st century, yet Self Driving Cars are still in their infancy. Join us for an exciting webinar where we begin to ask intriguing questions about the future of Self Driving technologies. We will cover the investments required for infrastructure (physical, virtual, and mixed) and the necessary architectures for researchers to take full advantage of the age of...
As the saying goes, you are never more than 8 feet from a spider. The same is true for control systems. In this video, Peter Martin will take you on a walking tour of his Toronto neighborhood to talk about the many control systems he comes across.
Watch R&D Engineer Simon Whitmell analyze the control theory behind several viral videos of the SpaceX Starship landing and attempt to recreate them with a Quanser QUBE-Servo 2 and a Quanser AERO.
Quanser Interactive Labs is a collection of virtual hardware-based laboratory activities that supplement traditional or online courses.
A demo of Quanser Virtual AERO, a digital version of a physical product, Quanser AERO, that looks, behaves, and can be measured and controlled using MATLAB/Simulink and other platforms exactly as the real systems would be.
In this video, Simon, R&D Engineer at Quanser, wants to show you something he has been working on recently. Many universities are looking for ways how to expose first-year students to advanced engineering topics in a hands-on way and give them some motivation through their first and second year, where most of their courses are fairly theoretical. So, Simon wanted to see if he can get the...
While the Quanser Interactive Labs is a great platform capable of giving students credible hardware experiences online, we see it also as a tool for students to interact with content and systems on-campus in a much more engaging and effective way. This demo highlights how you can use QLabs Controls in tandem with a physical system...
Based on Quanser industry-leading hardware systems for controls, robotics, and mechatronics, the Quanser Interactive Labs eLearning platform delivers meaningful hardware experiences to students using a desktop or smart devices. This demo video shows how the platform works on mobile devices and desktops.
