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Volume 49
June 2012
Dear ,
  

The more successful engineering educators are at making dry, abstract concepts vividly come to life, the more motivated and successful their students will be.  Realistic representations of engineering problems and solutions help students learn deeply, stick with their courses, pursue graduate work or graduate. Little wonder then that Quanser is dedicated to offering innovative Hardware-in-the-Loop platforms and curriculum to educators and researchers at every level.  Want some concrete examples? Read on!

View a video of Quanser's Chief Education Officer, Dr. Tom Lee, discussing the value of introducing HIL techniques early.

Find out how a "race track" and HIL merge to accelerate student learning.

Learn how to motivate students with Hardware-in-the-Loop experiments using new add-ons for NI LabVIEW™ and NI CompactRIO™. 

Read how Dr. Manfredi Maggiore significantly advanced a research project with a 3 DOF Gyroscope in the loop.

Whether it's undergraduate education or graduate level research, HIL techniques leads to solutions efficiently and effectively.  Have your students been exposed to Hardware-in-the-Loop techniques?  Tell us about them.  Videos are welcome.

Sincerely,

 

Zuzana Fabusova, eNEWS Editor  
 
IndWhy HIL Motivates Undergrad Students
ASEE Innov Hub  
Should engineering education be this much fun? If it successfully engages students, and if it turns dry concepts into realistic scenarios that make learning a treat, the answer is definitely Yes! The Quanser Driving Simulator turned out to be a star attraction at the recent ASEE 2012 Conference in San Antonio. It drew constant attention and trial at the Quanser Innovation Hub. If you weren't there, see what you missed.

 

 

TeachLabVIEW-based Labs To Motivate Students with HIL Experiments

QUBE lo res     
If you're looking for ways to improve and optimize the time you spend on teaching controls to undergraduate engineering students, you may be interested in the joint controls offering Quanser and National Instruments are introducing soon. This joint offering in controls allows you to expose students to rapid control prototyping with Hardware-in-the-Loop experiments quickly and easily with new software and hardware add-ons. To get a "sneak peek" at new add-ons for NI LabVIEW and NI CompactRIO,  click here, or join us for an interactive demonstration at NIWEEK in Austin, Texas, August 6 - 9.
 

res More Research Accuracy, Less Cost

maggiore4                         

Professor Manfredi Maggiore and his research team at the University of Toronto developed a method to control the position of a class of autonomous aerial vehicles. They wanted to test this approach on a coaxial helicopter steered using a moving mass actuator. They did so, cost-efficiently and accurately, by using a Quanser experiment to run a Hardware-in-the-

Loop simulation. Professor Maggiore describes the process in an engaging interview.

   

Read the interview with Dr. Maggiore about his work with HIL.

In Your Own Words

fairchild logo              
"Quanser's systems are ideal for hardware-in-the-loop prototyping and accelerated design schedules."

Haik Biglari, Director of Electronics, Fairchild Controls, USA

For more on
Control, Robotics and Mechatronics
 
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Quanser eNEWS Archive



In This Issue 

  

 New HIL Solutions from Quanser and NI 

 

 More Research Accuracy, Less Cost

 

QUANSER: 

HIL Prepares Students for Industry

tom lee

Dr. Tom Lee discusses how and why more institutions are making HIL part of their curriculum.

 

 For the full story, click here. 

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