Title :
Design cycle and embedded systems platform applied to Industrial Electronics for an MSc program in Industrial Engineering
Author :
Adin, I. ; Gomez-Aranzadi, Mikel ; Zambrano, J.R. ; Diaz, Ivan ; Del Portillo, Jon ; Beriain, A.
Author_Institution :
Dept. de Ing. Electr., Univ. of Navarra, San Sebastian, Spain
Abstract :
The core of the brand new Industrial Electronics subject proposed in the MSc program in Industrial Engineering at Tecnun-University of Navarra is presented here. Students do laboratory exercises in which they design the safety-related part of a control system by means of an embedded platform (SBRio from National Instruments). Starting with the design and life cycle of any electronic device, the subject moves on to functional and non-functional requirements, mostly RAMS, highlighting the term reliability. With these concepts, the functional safety of an industrial system is studied through the ISO 13849-1 standard. The risk assessment determines the function that has to be protected and gives some ideas about how it should be done. This machinery standard proposes a category, and with it, an electronic or electromechanical system has to be designed and validated in order to mitigate the dangerous situation detected. The laboratory implementations are very useful for making the students navigate these concepts and methodologies.
Keywords :
ISO standards; control engineering education; educational institutions; electronic engineering education; embedded systems; industrial engineering; product design; product life cycle management; reliability; student experiments; ISO 13849-1 standard; MSc program; National Instruments; RAMS; SBRio; Tecnun-University of Navarra; control system; design cycle; electromechanical system; electronic device design; electronic device life cycle; embedded systems platform; functional safety; industrial electronics subject; industrial engineering; industrial system; laboratory exercises; machinery standard; nonfunctional requirements; reliability; risk assessment; safety-related part design; Consumer electronics; Industrial electronics; Machinery; Risk management; Safety; Sensors; Standards; Functional requirements; Functional safety; Industrial Electronics; Machinery directive; Risk assessment; SBRio;
Conference_Titel :
Tecnologias Aplicadas a la Ensenanza de la Electronica (Technologies Applied to Electronics Teaching) (TAEE), 2014 XI
Conference_Location :
Bilbao
DOI :
10.1109/TAEE.2014.6900143