A strategy to motivate continued instructor usage of learning management systems (LMSS) in higher learning institutions of Zimbabwe
- Authors: Siwela, Ndukuyenkosi
- Date: 2020
- Subjects: Web-based instruction , Computer systems Organizational learning -- Zimbabwe Internet in education
- Language: English
- Type: Thesis , Masters , MPhil
- Identifier: http://hdl.handle.net/10948/47259 , vital:39837
- Description: The purpose of this study was to develop a strategy to motivate continued usage of Learning Management Systems in higher learning institutions of Zimbabwe. A related goal was to identify unique challenges experienced by instructors in their use of LMSs. The use of LMSs is now global and has been fairly successful in developed countries even though past research shows that instructors tend to discontinue usage over a period of time. Whereas most LMSs research is carried in the context of the developed world, the candidate demonstrates that Vantankesh's IS Success Model and Davis' Technology Acceptance Model can be successfully replicated into the developing world on condition that local environment is taken into context. The results showed that LMSs in Zimbabwe higher learning institutions hold a promise of success even though challenges exist. The findings have wider implications on the need to invest in neccessary infrustructure and future predictions on learner interests. The study demonstrates that shared success can be achieved if the local conditions are taken into context when developing a strategy to motivate instructor continued LMS usage. The study holds the practical implication that institutions can motivate instructors to continue with usage of LMSs to deliver quality output in their daily duties.
- Full Text:
- Date Issued: 2020
- Authors: Siwela, Ndukuyenkosi
- Date: 2020
- Subjects: Web-based instruction , Computer systems Organizational learning -- Zimbabwe Internet in education
- Language: English
- Type: Thesis , Masters , MPhil
- Identifier: http://hdl.handle.net/10948/47259 , vital:39837
- Description: The purpose of this study was to develop a strategy to motivate continued usage of Learning Management Systems in higher learning institutions of Zimbabwe. A related goal was to identify unique challenges experienced by instructors in their use of LMSs. The use of LMSs is now global and has been fairly successful in developed countries even though past research shows that instructors tend to discontinue usage over a period of time. Whereas most LMSs research is carried in the context of the developed world, the candidate demonstrates that Vantankesh's IS Success Model and Davis' Technology Acceptance Model can be successfully replicated into the developing world on condition that local environment is taken into context. The results showed that LMSs in Zimbabwe higher learning institutions hold a promise of success even though challenges exist. The findings have wider implications on the need to invest in neccessary infrustructure and future predictions on learner interests. The study demonstrates that shared success can be achieved if the local conditions are taken into context when developing a strategy to motivate instructor continued LMS usage. The study holds the practical implication that institutions can motivate instructors to continue with usage of LMSs to deliver quality output in their daily duties.
- Full Text:
- Date Issued: 2020
User experience requirements for the integration of blended learning technologies into anatomy and physiology
- Authors: Buckle, Maria Magdalena
- Date: 2019
- Subjects: Web-based instruction , Educational technology Internet in education Computer-assisted instruction -- Curricula -- Planning Anatomy Physiology
- Language: English
- Type: Thesis , Masters , MHSc
- Identifier: http://hdl.handle.net/10948/37874 , vital:34257
- Description: Blended learning is currently the recommended mode of teaching at Nelson Mandela University and typically refers to a mix of traditional methods of teaching and learning integrated with technology, in particular, online delivery methods. In this blended learning study, a web-based learning programme, WileyPLUSLS, in combination with the assessment functions of the learning management system, Moodle, introduced the technology component into the teaching and learning of Anatomy and Physiology. User experience (UX) studies investigate the experiences of a user when using a product or system. Because very little is currently known about the UX when WileyPLUSLS and Moodle are integrated into the teaching and learning of Anatomy and Physiology, this study aims to determine the participants’ UX to compile a set of UX requirements. The purpose of these UX requirements is to inform designers if the programmes WileyPLUS and Moodle function as they should and to modify them, if needed, to improve their usability. These UX requirements also aim to support and guide the integration of blended learning technologies into the curriculum of Anatomy and Physiology and other disciplines alike. The research design selected for this study was in the form of a case study conducted on the 2016 first-year BHSc: MLS (Bachelor of Health Sciences in Medical Laboratory Science) class at Nelson Mandela University. Pre-study investigations on infrastructure, connectivity and e-readiness were conducted to lay the groundwork for the case study and to inform its rationale. Data was collected from literature studies, online UX questionnaires, semi-structured interviews and researcher observations. A mixed methods approach to data analysis was adopted. Quantitative data from the UX questionnaire were analysed by means of descriptive statistics, whereas qualitative data from semi-structured interviews, open-ended questions from UX questionnaire and researcher observations were analysed via content analysis. Subsequently the analysis and triangulation of the data culminated into UX requirements, which were categorised into the following classifications, namely infrastructure, human resources, educational content and online learning systems. This case study illuminated many major issues regarding connectivity, e-readiness, unequal access to online learning, the importance of security features for online summative assessments, the usefulness of commercial web-based learning programmes and the confounding effect of the #FeesMustFall (FMF) protest movement. Finally, the influence of artificial intelligence (AI) on online learning and the workplace was addressed. This research was successful in compiling the UX requirements to inform designers regarding the usability of their systems and to guide the integration of online programmes into the curriculum, especially in the South African context of limited and slow connectivity.
- Full Text:
- Date Issued: 2019
- Authors: Buckle, Maria Magdalena
- Date: 2019
- Subjects: Web-based instruction , Educational technology Internet in education Computer-assisted instruction -- Curricula -- Planning Anatomy Physiology
- Language: English
- Type: Thesis , Masters , MHSc
- Identifier: http://hdl.handle.net/10948/37874 , vital:34257
- Description: Blended learning is currently the recommended mode of teaching at Nelson Mandela University and typically refers to a mix of traditional methods of teaching and learning integrated with technology, in particular, online delivery methods. In this blended learning study, a web-based learning programme, WileyPLUSLS, in combination with the assessment functions of the learning management system, Moodle, introduced the technology component into the teaching and learning of Anatomy and Physiology. User experience (UX) studies investigate the experiences of a user when using a product or system. Because very little is currently known about the UX when WileyPLUSLS and Moodle are integrated into the teaching and learning of Anatomy and Physiology, this study aims to determine the participants’ UX to compile a set of UX requirements. The purpose of these UX requirements is to inform designers if the programmes WileyPLUS and Moodle function as they should and to modify them, if needed, to improve their usability. These UX requirements also aim to support and guide the integration of blended learning technologies into the curriculum of Anatomy and Physiology and other disciplines alike. The research design selected for this study was in the form of a case study conducted on the 2016 first-year BHSc: MLS (Bachelor of Health Sciences in Medical Laboratory Science) class at Nelson Mandela University. Pre-study investigations on infrastructure, connectivity and e-readiness were conducted to lay the groundwork for the case study and to inform its rationale. Data was collected from literature studies, online UX questionnaires, semi-structured interviews and researcher observations. A mixed methods approach to data analysis was adopted. Quantitative data from the UX questionnaire were analysed by means of descriptive statistics, whereas qualitative data from semi-structured interviews, open-ended questions from UX questionnaire and researcher observations were analysed via content analysis. Subsequently the analysis and triangulation of the data culminated into UX requirements, which were categorised into the following classifications, namely infrastructure, human resources, educational content and online learning systems. This case study illuminated many major issues regarding connectivity, e-readiness, unequal access to online learning, the importance of security features for online summative assessments, the usefulness of commercial web-based learning programmes and the confounding effect of the #FeesMustFall (FMF) protest movement. Finally, the influence of artificial intelligence (AI) on online learning and the workplace was addressed. This research was successful in compiling the UX requirements to inform designers regarding the usability of their systems and to guide the integration of online programmes into the curriculum, especially in the South African context of limited and slow connectivity.
- Full Text:
- Date Issued: 2019
- «
- ‹
- 1
- ›
- »