Virtual laboratory for teaching control systems

Authors

  • Julie Stephany Berrío P. Universidad Autonoma del Caribe
  • Kelvin de Jesús Beleño S. Universidad Autonoma del Caribe
  • Edgar Francisco Arcos H. Universidad Autonoma del Caribe

Keywords:

virtual, laboratory, teaching, engineering, control

Abstract

This article shows the process of creation and implementation of a virtual laboratory, which was developed as a class project by students of Mechatronics Engineering at the Autonoma del Caribe University, in order to support the knowledge acquired in the classroom and provide educational support to people interested in learning control systems. Students were trained in modeling dynamic and control systems using the Easy Java Simulation EJS software, which was designed for the creation of discrete computer simulations for training purposes. EJS allows dynamically display of several states of the components of a system, where each state is defined by a number of variables that change over time due to the iteration algorithm. The tendency of the virtualization of the course content makes indispensable the internet use as a key tool for learning outside the classroom, through the implementation of dynamic systems in EJS, it generates HTML files that allow us to post the created simulations in Java applets (applications within a Web page) on the website relating to the class. This project pursues to use, implement and build educational tools for visualization of phenomena described by a series of models governed by physical and electrical laws, supporting content learned in class while the student can be part of it expanding the database with their proposals.

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References

L. Rosado y J.R. Herreros, “Laboratorios virtuales y remotos en la enseñanza de la Física y materias afines”, Didáctica de la Física y sus nuevas Tendencias, Madrid, UNED, pp. 415-603, 2002.

L. Rosado y J.R. Herreros, “Internet y Multimedia en Didáctica e Investigación de la Física”, Tratado teórico práctico para profesores y doctorandos, Madrid, UNED, 2004.

L. Gil, E. Blanco y J.M. Aulí, “Software educativo orientado a la experimentación”, I Congreso Internacional de Docencia Universitaria e Innovación, Barcelona, Spain, Universidad de Barcelona, 2000, pp. 118.

O. Boix, S. Fillet y J. Bergas, “Nuevas posibilidades en laboratorios remotos de enseñanzas técnicas.” Congreso Virtual CIVE 2002, Internet: http://www.cibereduca.com

K. Ogata; Ingeniería de control moderna, Pearson-Prentice Hall, Tercera edición, México. 2000. 998 p.

K. Ogata; Sistemas de control en tiempo discreto, Prentice Hall, Segunda Edición, México, 2000. 729 p.

Martín, C. Dormido, S. Pastor, R. Sánchez, J. Esquembre, F. “Sistema de Levitación Magnética: Un Laboratorio Virtual en “Easy Java Simulation”, XXIV Jornadas de Automática, León, 2003.

Francisco Esquembre. (2009, Abril). EJS Wiki. Consultado 29 de Abril de 2013 en http://www.um.es/fem/EjsWiki/Es/Deployment

Published

2013-10-28
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How to Cite

Berrío P., J. S., Beleño S., K. de J., & Arcos H., E. F. (2013). Virtual laboratory for teaching control systems . INGE@UAN - TENDENCIAS EN LA INGENIERÍA, 4(7). Retrieved from https://revistas.uan.edu.co/index.php/ingeuan/article/view/359

Issue

Section

Artículo de investigación científica y tecnológica

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