A model representing the factors that influence virtual learning system usage in higher education
Author(s)
Padayachee, IKeywords
Virtual learning system usageCourse management systems
Learning management systems
Educational technology
E-learning
System factors
Pedadogic factors
Organisational factors
User difference factors
Technology adoption
Technology utilisation
Feature usage extent
Feature usage frequency
Usage clusters
378.17344678
Internet in Higher Education
Education Higher --Effect of technological innovation on
Educational technology
Education, Higher -- Computer assisted instruction
Full record
Show full item recordOnline Access
http://hdl.handle.net/10500/13060Abstract
In higher education institutions, virtual learning systems (VLSs) have been adopted, and are becoming increasingly popular among educators. However, despite this ubiquity of VLS use, there has not been widespread change in pedagogic practice to take advantage of the functionality afforded by VLSs. Knowledge of the actual usage of e-learning systems is limited in terms of what specific feature sets are deemed useful, and how this influences system usage. VLSs have a suite of tools with associated functions/features and properties, as well as non-functional system characteristics. In addition, these systems incorporate pedagogic features to cater for online teaching. Educators in higher education, who are the chief agents of e-learning, are confounded by system-related, pedagogic, organisational, user difference and demographic factors that influence VLS usage. Virtual learning system usage involves system feature usage extent and frequency, total system usage and usage clusters.
 The aim of this study is to develop a model representing the factors that influence usage of VLSs in higher education. The links between system usage and system-related factors, pedagogic factors, organisational factors, user-difference and demographic factors is researched.
 This research incorporated a literature study, a pilot study, interviews and surveys. A case study research strategy was combined with a mixed methods research design. The results of the qualitative analysis was triangulated with the findings of the quantitative analysis and compared to the findings of the literature study. The study was conducted at two residential higher education institutions (HEI), namely, University of KwaZulu-Natal and Durban University of Technology.
 The main contribution of this study is the Virtual Learning System Usage Model (VLSUM) representing the factors that influence VLS usage in residential higher education institutions. The proposed VLSUM is based on the empirical results of this study. VLSUM can be used by managers of educational technology departments and instructional designers to implement interventions to optimize usage.
 The constructs of VLSUM confirmed existing theories, replicated and synthesised theories from different fields, and extended existing models to produce a new model for understanding the factors that influence VLS usage in higher education.Computing
D. LITT. et. Phil. (Information Systems)
Date
2014-01-08Type
ThesisIdentifier
oai:uir.unisa.ac.za:10500/13060Padayachee, I (2013) A model representing the factors that influence virtual learning system usage in higher education, University of South Africa, Pretoria, <http://hdl.handle.net/10500/13060>
http://hdl.handle.net/10500/13060
Collections
Related items
Showing items related by title, author, creator and subject.
-
An Interactive Web-based Learning System for Assisting Machining Technology EducationMin Jou; Chi-Chia Liu (kassel university press GmbH, 2008-05-01)The key technique of manufacturing methods is machining. The degree of technique of machining directly affects the quality of the product. Therefore, the machining technique is of primary importance in promoting student practice ability during the training process. Currently, practical training is applied in shop floor to discipline student’s practice ability. Much time and cost are used to teach these techniques. Particularly, computerized machines are continuously increasing in use. The development of educating engineers on computerized machines becomes much more difficult than with traditional machines. This is because of the limitation of the extremely expensive cost of teaching. The quality and quantity of teaching cannot always be promoted in this respect. The traditional teaching methods can not respond well to the needs of the future. Therefore, this research aims to the following topics;&#13; (1).Propose the teaching strategies for the students to learning machining processing planning through web-based learning system.&#13; (2).Establish on-line teaching material for the computer-aided manufacturing courses including CNC coding method, CNC simulation.&#13; (3).Develop the virtual machining laboratory to bring the machining practical training to web-based learning system.&#13; (4).Integrate multi-media and virtual laboratory in the developed e-learning web-based system to enhance the effectiveness of machining education through web-based system.
-
Holistic Web-based Virtual Micro Controller Framework for Research and EducationSven Seiler; Raivo Sell; Dennis Ptasik; Martin Boelter (kassel university press GmbH, 2012-11-01)Education in the field of embedded system programming became an even more important aspect in the qualification of young engineers during the last decade. This development is accompanied by a rapidly increasing complexity of the software environments used with such devices. Therefore a qualified and solid teaching methodology is necessary, accompanied by industry driven technological innovation with an emphasis on programming. As part of three European projects regarding lifelong-learning a comprehensive blended learning concept for teaching embedded systems and robotics was developed by paper authors. It comprises basic exercises in micro controller programming up to high-level student robotic challenges. These implemented measures are supported by a distance learning environment. The programming of embedded systems and microcontroller technology has to be seen as the precursor for more complex robotic systems in this context, but with a high importance for later successfully working with the technology for further professional utilization with these technologies. Current paper introduces the most novel part; the online accessible Virtual Micro Controller Platform (VMCU) and its underlying simulation framework platform. This approach conquers the major existing problems in engineering education: outdated hardware and limited lab times. This paper answers the question about advantages of using virtual hardware in an educational environment.
-
Technological Innovations and Developmental Trajectories: Social Factors as Evolutionary ForcesPréhistoire et Technologie (PréTech) ; Université Paris Nanterre (UPN) - Centre National de la Recherche Scientifique (CNRS); Michael J. O'Brien, Stephen J. Shennan; Roux, Valentine (HAL CCSDThe MIT Press, 2009)International audience