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Academic Teaching

NIDays 2016

Ne manquez pas les présentations concrètes, pratiques et passionnantes de sujets théoriques, tels que les principes de la technique de régulation, par exemple. Cette série de conférence a été conçue pour présenter des concepts didactiques (Massive Open Online Courses, par ex.) et des idées de projets. Profitez de cette occasion qui sera à la fois source d’inspiration et plate-forme pour l’échange d’idées entre collègues. Bénéficiez aussi de l’exemple de l’un des enseignants les plus expérimentés: Urs Lauterburg, qui se sert de LabVIEW pour enseigner depuis 1991 – avec des versions de LabVIEW depuis LabVIEW 2.0.

 

 
11h00 – 11h45 Connecting Teaching, Research, and Industry
National Instruments
» Détails
11h45 – 12h30 Integration of myRIOs in Existing Plants for Classes
Prof. Christian Bermes, Hochschule für Technik Rapperswil
» Détails
12h30 – 13h30 Pause de midi/visite de l’exposition
13h30 – 14h30 Keynote : Are we Seeing the End of Switzerland as a Location for Industry ?
14h30 – 14h45 Changement de salle
14h45 – 15h30 Integrating a MOOL in edX With myRIO
Dr. Christophe Salzmann, École Polytechnique Fédéral de Lausanne
» Détails
15h30 – 16h00 Pause café/visite de l’exposition
16h00 – 16h45 Experimental Mnemonics Tricks in Teaching
Dominik Werne, ETH Zürich
16h45 – 17h30 Controlling an Induction Coil With LabVIEW DAQ
Urs Lauterburg, Universität Bern
» Détails
17h30 – 18h30 Apéro/visite de l’exposition

11h00 – 11h45
Connecting Teaching, Research, and Industry

National Instruments

Lightweight condition monitoring with integration of CompactRIO and LabVIEW to IBM IoT Foundation and Bluemix and beyond to Watson, cognitive analytics, business intelligence, mobile communications, social media engagement, system integrations and many more provided in IBM Bluemix.

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11h45 – 12h30
Integration of myRIOs in Existing Plants for Classes

Prof. Christian Bermes, Hochschule für Technik Rapperswil

Hands-on classes are in integral part of control education at Hochschule für Technik Rapperswil (HSR). In class, students learn how to set up a feedback control loop, tune the control parameters in simulation and use them on real control plants such as motor position control, temperature control in a heated tube, or level control in water tanks. In the past, separate analog PID controllers with limited tunable parameter range have been used. For a better match between controller performance in simulation and experiment, we have introduced NI myRIOs as digital controllers.

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14h45 – 15h30
Integrating a MOOL in edX With myRIO

Dr. Christophe Salzmann, École Polytechnique Fédéral de Lausanne

Lightweight condition monitoring with integration of CompactRIO and LabVIEW to IBM IoT Foundation and Bluemix and beyond to Watson, cognitive analytics, business intelligence, mobile communications, social media engagement, system integrations and many more provided in IBM Bluemix.

Retour à la session « Academic Teaching »

14h45 – 15h30
Integrating a MOOL in edX With myRIO

Dr. Christophe Salzmann, École Polytechnique Fédéral de Lausanne

Deploying remote laboratories at a large scale is the next challenge in remote experimentation. Being able to sustain a massive number of users accessing a specific resource concurrently is a complex task. This paper presents some technical solutions, currently deployed, to implement such a remote lab in a MOOC where more that 200 students access concurrently a farm of 20 electrical drives.

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16h45 – 17h30
Controlling an Induction Coil With LabVIEW DAQ

Urs Lauterburg, Universität Bern

An IGBT powered induction coil is used to create discharge arcs. The process is controlled by a LabVIEW program that drives a NI-USB multifunction DAQ device. The physical behavior is shown and illustrated by the numeric and graphical displays of the measurements. The highly dynamical System is a motivating educational example for students enrolling in the domains of science and engineering.

Retour à la session « Academic Teaching »