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Title: Guided Self-Study Approach for Advanced Topics in Automation, Control and Electrical Engineering
Authors: Deconinck, Geert
Nobels, Tiene
Van Dessel, Michel
Saey, Philippe
Knockaert, Jos
Van Ham, Geert
Claesen, Eric #
Issue Date: 25-Mar-2010
Publisher: Nevelland
Series Title: ECUMICT 2010 pages:433-446
Conference: ECUMICT edition:2010 location:Gent date:25-26 March 2010
Abstract: Ever more students start their master programme with a bachelor degree which does not provide the ideal background for their study. Survey results are presented that illustrate this heterogeneity. Such students benefit from dedicated help when they have to master advanced topics in automation, control and electrical engineering. Because individual help is adequate but too labour-intensive, a self-study package has been developed by which individual students can select an optimal path to update their required knowledge -depending on their foregoing trajectory- and acquire the required competencies. Topics cover electrical systems (medium and high voltage, power protection, power quality), power electronics (prototyping, electromagnetic compatibility), automation (drive control, drive efficiency, industrial networks and diagnosis). The guided self-study approach consists of a handbook and a digital learning platform; practical hands-on laboratories take place, distributed over several university colleges. A final assessment checks whether students obtained the required competences. Approximately 12 groups of students, from 9 programmes in 7 institutions, cover 25 topics and laboratory visits yearly.
Publication status: published
KU Leuven publication type: IC-p
Appears in Collections:ESAT Electrical Engineering TC @ KAHO Sint-Lieven
ESAT Electrical Engineering TC @ Thomas More Kempen
ESAT Electrical Engineering TC @ Thomas More Mechelen
Technologiecluster ESAT Elektrotechnische Engineering
Technologiecluster Werktuigkundige Industriƫle Ingenieurstechnieken
Mechanical Engineering Technology TC @ Groep T
KHLim - miscellaneous
ESAT - ELECTA, Electrical Energy Computer Architectures
# (joint) last author

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