The global standard in transformational engineering labs for Controls, Robotics, and Mechatronics, optimized for the academic setting.

Academic institutions trust Quanser to strengthen their reputation through transformative teaching and research labs that accurately replicate theories and bring engineering mathematics and concepts to life.

“We are in a golden age of engineering education. There’s a lot to be excited about and a lot to be challenged by. The education we offer students must capture this momentum and help them realize their potential.”
– Paul Gilbert, CEO, Quanser

Find The Solution
You Need

Dedicated
Support

Research
Papers

Quanser
Community

News & Events

Industry Updates, Trade-show Appearances, and More…

Model Identification and Control Design of an Aerospace System

Webinars

Rotary Flexible Link System Identification and LQR Design

Control Systems MathWorks Blog

Keeping the Production Cogs Running During the Pandemic

Inside Quanser Blog

Tuning of PID Controllers Applied to Servo Systems: A Disturbance Observer Approach

Webinars

QUARC: Develop, Deploy and Validate Research Ideas Faster

Control Software Blog

A Taxonomy of Modern Mechatronics: Classification and dissection of autonomous electromechanical systems for scaffolded skills-based learning experiences

Webinars

Online Tuning using Simulink’s Closed-Loop PID Autotuner Block

Control Systems MathWorks Blog

View All

Quanser partners with a wide range of academic institutions, companies, and professional organizations in developing our brand of soltuions

View All

Today, over 2,500 universities, colleges, research institutions and companies around the world use Quanser solutions. Here are some examples of how they apply them to enhance teaching experience of students and to accelerate their academic and industrial research or to achieve their business goals.

Share your success story with the controls community. Tell us how you are using Quanser hardware and software tools in your teaching and research lab.

View All

Beijing Institute of Technology

A Project-based Learning Approach to Controls Education

York University

A HYBRID LAB EXPERIENCE: Blending Hands-on Explorations with the Flexibility of Virtualization

McMaster University

Digital Twinning Enables Seamless Delivery of a Virtual Control Theory Course

Mauá Institute of Technology

Successful Delivery of an Online Controls Lab

Aalborg University

Drones: The Future of Wind Turbine Inspection and Maintenance

View All

Accessibility

Please fill out the information below and a member of our HR team will be in touch.
Date of Visit:*
Date Format: MM slash DD slash YYYY
Time of Visit:

: HH

MM
Did we respond to your needs?*
- Yes
- No
Please explain:*
Was our service provided to you in an accessible manner?
- Yes
- No
Please explain:*
Optional Information - complete only if you wish to be contacted.
Preferred contact method:
- Telephone
- Email
- Postal Service
Phone
Email
Address
Name Address City Province Postal Code
Name
This field is for validation purposes and should be left unchanged.

QUARC Trial License Request

First name*
Last name*
Organization*
Job title*
Country*
State*
Province*
Province*
Email address*
Phone number
Application type*
Do you have a compatible version of Matlab/Simulink installed? QUARC System Requirements
*
- Yes
- No
What will you be using QUARC for? Include relevant details such as plant, DAQ, peripherals.*
Stay connected
Please check the box next to each type of email communication you consent to receive from Quanser. If you leave any boxes unchecked, you won't receive those types of emails from us.
- Monthly newsletter
- Product release and update notifications
- Event and webinar invites
Name
This field is for validation purposes and should be left unchanged.

The global standard in transformational engineering labs for Controls, Robotics, and Mechatronics, optimized for the academic setting.

Popular Solutions

Autonomous Vehicles Research Studio

QDrone

QUBE – Servo 2

Quanser AERO

QNET Mechatronic Systems Board

Coupled Tanks

Shake Table II

Rotary Servo Base Unit

News & Events

Model Identification and Control Design of an Aerospace System

Rotary Flexible Link System Identification and LQR Design

Keeping the Production Cogs Running During the Pandemic

Tuning of PID Controllers Applied to Servo Systems: A Disturbance Observer Approach

QUARC: Develop, Deploy and Validate Research Ideas Faster

A Taxonomy of Modern Mechatronics: Classification and dissection of autonomous electromechanical systems for scaffolded skills-based learning experiences

Online Tuning using Simulink’s Closed-Loop PID Autotuner Block

Partners

Case Studies

Beijing Institute of Technology

York University

McMaster University

Mauá Institute of Technology

Aalborg University

Request Information

Request A Quote

Request A Demo

Technical Support

Research Papers

Research Papers Submission

Case Studies

Accessibility

Find A Distributor

Careers Application Form

Request Instructor Resources

QUARC Trial License Request_2

QUARC Trial License Request

Download Whitepaper

QUARC Trial License Request