The work outlined here provides a comprehensive report and formative observations of the development and implementation of hypermedia resources for learning and teaching used in conjunction with the BSCW managed learning environment (BSCWMLE).  This is based on the experience from the FISTE on-line course.  FISTE is an European project that focus on the use of the BSCW managed learning environment (BSCWMLE) for in-service teacher education inside Europe.  These resources are used to enhance teaching and learning of an electronics module in product design at final year undergraduate level in Loughborough University.  This research has taken place over a two year period when such resources were developed and implemented.  Such hypermedia-based learning resources were developed by the authors and include text, graphical, video and sound based media.

The BSCW managed learning environment (BSCWMLE) referred to in this paper as is a wide file-server system which is used to facilitate distance learning as well as provide support to many aspects of teaching, learning and assessment at Loughborough University.  The work reported here focuses on the use of the BSCW in support face to face learning as this module is not undertaken on a distance learning basis.  The author has uploaded all relevant teaching and learning resources onto the BSCW for accessibility by the students on this module.  Moreover, internet-based learning resources and assessments, in the form of pre-written computer programs and circuit building projects, were developed by the author, to enable the students to gauge their knowledge and understanding at staged points through the tutorial and laboratory sessions within the module.

In addition, this paper presents through case study the way in which this module is delivered and received illustrating how such resources are used by both teacher and learner.  As such this proffers an exemplar for effective deployment of such supportive technologies and resources in learning, teaching and assessment of a product design and technology module at undergraduate level. 

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Implementing The FISTE Educational Technology For Electronic Design And Technology Education Using BSCW At Loughborough University

Tom Page*, Gisli Thorsteinsson**
* Lecturer , Deportment of Design &Technoiogy Loughborough University, Loughborough, Leics, UK
** Assistont Professor , Deportment of Design &Technology, LoughboroughUniversify Loughborough, Lei.cs, UK.
Periodicity:October - December'2007
DOI : https://doi.org/10.26634/jet.4.3.597

Abstract

The work outlined here provides a comprehensive report and formative observations of the development and implementation of hypermedia resources for learning and teaching used in conjunction with the BSCW managed learning environment (BSCWMLE).  This is based on the experience from the FISTE on-line course.  FISTE is an European project that focus on the use of the BSCW managed learning environment (BSCWMLE) for in-service teacher education inside Europe.  These resources are used to enhance teaching and learning of an electronics module in product design at final year undergraduate level in Loughborough University.  This research has taken place over a two year period when such resources were developed and implemented.  Such hypermedia-based learning resources were developed by the authors and include text, graphical, video and sound based media.

The BSCW managed learning environment (BSCWMLE) referred to in this paper as is a wide file-server system which is used to facilitate distance learning as well as provide support to many aspects of teaching, learning and assessment at Loughborough University.  The work reported here focuses on the use of the BSCW in support face to face learning as this module is not undertaken on a distance learning basis.  The author has uploaded all relevant teaching and learning resources onto the BSCW for accessibility by the students on this module.  Moreover, internet-based learning resources and assessments, in the form of pre-written computer programs and circuit building projects, were developed by the author, to enable the students to gauge their knowledge and understanding at staged points through the tutorial and laboratory sessions within the module.

In addition, this paper presents through case study the way in which this module is delivered and received illustrating how such resources are used by both teacher and learner.  As such this proffers an exemplar for effective deployment of such supportive technologies and resources in learning, teaching and assessment of a product design and technology module at undergraduate level. 

Keywords

Electronics, Design and Technology, Virtual Learning Environment.

How to Cite this Article?

Tom Page and Gisli Thorsteinsson (2007). Implementing the FISTE Educational Technology for Electronic Design and Technology Education using BSCW at Loughborough University. i-manager’s Journal of Educational Technology, 4(3), 39-45. https://doi.org/10.26634/jet.4.3.597

References

[1]. Narum, J.& Conover, K.Building Robust Learning Environments in Undergraduate Science, Technology, Engineering, and Mathematics, New Directions for Higher Education 2002, no. I I 9 (2002): iSSN 0271-0560, Wiley. ISSN 0361-1434.
[2]. Lee, M. & Paulus, T. An Instructional Design Theory for Interactions in Web-Based Learning Environments; Annual Proceedings of Selected Research and Development [and] Practice Papers Presented at the National Convention of the Association for Educational Communications and Technology (24th, Atlanta, GA, November 8-12, 2001)~ Volumes 1 -2.
[3]. Boger, S.(Ed). Instructional Design; Proceedings of Society for Information Technology & Teacher Education International Conference ( I 2th, Orlando, Florida, March 5-10, 2001).
[4]. Chang, C.C. A study on the evaluation and effectiveness analysis of Web- based learning portfolio (WBLP); Educational Administration Abstracts 38, no. I (2003): 3- I 39, (2003); ISSN 001 3- I 601 Sage Publications.
[5]. Jones, C.M. & Liu, M. Web-Based Instruction: The Effect of Design Considerations on Learner Perceptions and Achievement; ED-Media 2001 World Conference on Educational Multimedia, Hypermedia & Telecommunications. Proceedings (l3th, Tampere, Finland, June 25-30, 2001).
[6]. MacDonald, C.J., Breithaupt, K., Stodel, E.J., Fortes, L.G. & Gabriel, M. A. Evaluation of Web-Based Educational Programs Via the Demand-Driven Learning Model: A Measure of Web-Based Learning; International Journal of Testing 2, no. 1 (2002): 35-61; ISSN 1530-5058.
[7]. Yang, R. & Abdelwahab, A. (200 I ) An Empirical Study on Teaching and Learning Computer Languages, Proceedings of the ISCA l0th International Conference Intelligent Systems , Arlington, VA, USA, I 3-15 June 2001
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