It is the 21st Century and the world is a global village. The development of technology like Information and Communication Technology (ICT) has thus become the dominant means of communication. Education has not been left out of this wave of change. In many countries Information and Communication Technology (ICT) has a clear impact in the development of educational curriculum. This cannot be said about South Africa where huge disparities in terms of ICT related resources still exist. There is a range of uses of ICT in South African schools and it varies according to the economic and social conditions where that school is located. For example, the former Model C schools are well-resourced in terms of computers and access to internet whilst township schools lack these resources. In township schools very few students are exposed to computers due to the limited number of computers and lack of properly qualified educators in the field of ICT. In the Nelson Mandela Bay area township schools only offer CAT (Computer Applications Technology) as an ICT related subject whilst the former Model C schools offer CAT and IT (Information Technology).This treatise attempts to show the digital divide that still exists between a former Model C school and a township school, and the impact it has in quality of education in these schools.

A research report submitted to the Wits School of Education, Faculty of Humanities, University of the Witwatersrand in partial fulfilment of the requirements for the degree of Master of Education by combination of coursework and research Johannesburg, 2017 / Modern-day open and distance learning (ODL) educators are increasingly being called upon to apply different forms of knowledge to integrate web-based learning management systems (LMSs) effectively for teaching and learning. To test this assumption, this study set out to develop and validate a new reliable instrument for assessing ODL educators’ perceived learning management system technological pedagogical content knowledge (LMS-TPACK). Past empirical studies grounded in Mishra and Koehler’s TPACK framework (2006) were examined to construct the self-report survey. Quantitative data were collected from 332 educators. Descriptive analysis, exploratory factor analysis and internal consistency reliability using Cronbach’s alpha coefficients were computed. The findings reveal key LMS-TPACK constructs that have proven to be both valid and reliable. Six out of the seven subscales used to assess LMS-TPACK were found to be significant, i.e. LMS knowledge (LMS-K), pedagogical knowledge (PK), content knowledge (CK), pedagogical content knowledge (PCK), LMS pedagogical knowledge (LMS-PK) and LMS-TPACK, while LMS-CK failed to emerge in the factor structure. Several possible reasons are proposed for the lack or absence of LMS-CK. The resulting Cronbach’s alpha coefficients for the different constructs as well as the overall instrument scale provide compelling evidence for stable internal consistency reliability. Alpha for the entire LMS-TPACK survey was found to be excellent (α = .931). Recommendations are made for improvements to the instrument and directions for future research are highlighted. / MT2018

Thesis (M.Ed.) -- University of Limpopo, 2020 / The aim of this study was to investigate the availability and potential utilisation of educational technology in the teaching and learning of Geography in Grade 12 in Mankweng Circuit, in the under resourced area of Limpopo Province. The researcher used the constructivist theory with an emphasis upon constructivism as a theoretical framework. A qualitative research approach and a case study design were adopted for this study. Furthermore a purposive sampling strategy was used to sample seven teachers and four principals. In this study all the Secondary Schools fall under Quintile one-the Department of Basic Education’s classification category for no fee paying schools. There are no private or independent high schools that are privately owned, governed or funded in the Circuit. Government has made several attempts to improve the results by providing policies, resources such as infra-structure like classrooms and books, extended additional training of teachers and in some cases, schools took learners to camps for further studies. However, despite these efforts, the problem of the declining of results continues unabated. Data was collected through three methods, namely interviews, observation and document review. Data was analysed through the use of thematic content analysis method. The study came up with three major findings on availability and the use of computers in Grade 12 Geography, namely: (a) inadequate supply of and access to computers in schools and lack of security,(b) Lack of skill on the use of computers by teachers and (c) intermittent power interruptions at these schools influence the performance of learners negatively. These findings have major implications for the use of computers in the teaching of Geography in schools. Firstly, there is an urgent need to supply schools with computers if teachers and learners are to use them to enhance their teaching and learning of Geography and other subjects. Secondly, there is a need to train teachers in the use of computers in the teaching of subjects like Geography otherwise the demands of the Fourth Industrial Revolution will overtake these schools and performance of learners will not improve. Thirdly, principals should attend training workshops to learn about their responsibility as ICT leaders at schools moreover there is a need to tighten security at schools in order to safeguard computers and other valuable equipment that support teaching and learning

Text in Afrikaans / Various technological developments have taken place in the last century, but most of them had very little or a minimal influence on higher education. It has often been speculated that technology would increase the pass mark and retention of students, but to date that has not happened. Where has technology failed? Or is it not technology that has failed, but, rather, the educational model? These questions will be addressed in this study. Riegelman, Povat, Ott and Piemme (1985:279) state that knowledge doubles every three to five years and that lecturers can no longer be mere disseminators of knowledge. Therefore, the present-day student should be guided to find knowledge him- or herself within a broad framework. This means that the educational model of higher education institutions needs to be renewed. The traditional lecturer-centered teaching approach should give way to a more student-centered learning approach. However, the problem is that there are not yet guidelines [or a model] for the use of, for example, the Internet in such a new educational approach. In this study, the focus is on the creation of a didactically justifiable model [guidelines] for the use of the Internet in a multi-mode educational approach, since the Technikon currently does not have such a model. This model and these guidelines should enable the lecturer, as the teaching-learning manager, to plan, develop, implement and evaluate a multi-mode teaching-learning programme. However, before any didactic model is, or guidelines are, developed, it is essential to determine the starting point from which the design should be done. In order to arrive at a well-founded starting point, a comprehensive literature study of local and international publications was undertaken, personal interviews were conducted and specialists locally and abroad were visited. In this manner, an illuninating overview was obtained of that which has already been done to deal with the set problem, as described in the previous paragraph. The research for the development of the model [didactic guidelines] was preceded by a three-year institutional study, in the course of which trends, needs and perceptions were debated at an institutional forum chaired by the researcher, namely, the TLTR [Teaching, Learning and Technology Roundtable]. The report on this study is divided into six chapters and represent the problems identified by the TLTR, which form the foundation [core] on which the model and guidelines are based. The questions are as follows: Who are we and how do we currently execute our core task? [How do we teach?] Who are our clients and what are their needs? [How do they learn and how do they wish to be served?] How could we use technology to facilitate our task and teach our students effectively without sacrificing quality? [What teaching-learning opportunities are there?] The theoretical study that provides the answers to the above questions is embodied in a model [guidelines] for the use of the Internet within a multi-mode educational approach. This model is then evaluated by 106 lecturers and 437 students to: Determine the lecturer's attitude to the proposed model, determine the lecturer's perception of the differences between on-line and contact instruction management, and determine whether there are any differences in the learning experience(s) of students who receive instruction by means of an Internet-supported programme and students who receive contact instruction. Lastly, attention is given to a number of related findings and recommendations that flow forth from the study. These aspects also lead to recommendations on future research in this field. / Educational Studies / D. Ed. (Didactics)

Text in Afrikaans, abstract in Afrikaans and English / Verskeie tegnologiese ontwikkelings het die afgelope eeu plaasgevind, maar die meeste daarvan het weinig of 'n minimale invloed op hoer onderwys gehad. Daar is baie gespekuleer dat die tegnologie die slaagsyfer en die retensie van studente sal verhoog, maar tot nou toe was dit nie die geval nie. Waar het die tegnologie gefaal, of het die tegnologie nie gefaal nie, maar die onderwysmodel? Hierdie is van die vrae waarop in hierdie studie gefokus word. Riegelman, Povat, Ott en Piemme (1985:279) stel dit dat kennis elke 3 - 5 jaar verdubbel en dat die tyd verby is dat dosente slegs uitdelers van kennis kan wees. Die hedendaagse student behoort daarom begelei te word om self kennis binne 'n bree raamwerk te vind, en dit kom daarop neer dat die onderwysmodel van hoeronderwysinstellings om vernuwing vra. Die tradisionele dosentgesentreerde onderrigbenadering moet plek maak vir 'n meer studentgesentreerde leerbenadering. Die probleem is egter dat daar tans nog geen riglyne [of model] bestaan vir die gebruik van byvoorbeeld die internet binne so 'n nuwe onderwysbenadering nie. Hierdie studie is daarop gefokus om 'n didakties-verantwoordbare model [riglyne], vir die gebruik van die internet binne 'n multimodus-onderwysbenadering daar te stel, aangesien daar tans nie so 'n model by die Technikon is nie. Hierdie model en riglyne behoort die dosent as onderrig-leerbestuurder in staat te stel om 'n multimodus onderrig-leerprogram te beplan, te ontwikkel, te implementeer en te evalueer. Voordat enige didaktiese model of riglyne egter ontwikkel kan word, is dit noodsaaklik dat vasgestel word vanuit watter vertrekpunt die ontwerp gedoen moet word. Ten einde tot 'n gefundeerde vertrekpunt te kom, is 'n omvangryke literatuurstudie van plaaslike en oorsese publikasies en persoonlike onderhoude en besoeke aan kundiges plaaslik en internasionaal onderneem. Sodoende is 'n insiggewende oorsig verkry van wat reeds gedoen is om die probleem, wat in die vorige paragraaf beskryf is, te hanteer. Die navorsing vir die ontwikkeling van die model [didaktiese riglyne] is deur 'n driejaarlange institusionele ondersoek voorafgegaan, waartydens tendense, behoeftes en persepsies op 'n institusionele forum onder voorsitterskap van die navorser, naamlik die TLTR [Teachning, Learning and Technology Roundtable] gedebatteer is. Die verslag van hierdie ondersoek word in ses hoofstukke verdeel en verteenwoordig die probleme wat deur die TLTR ge"identifiseer is en wat die fondament [kern] vorm waarop die model en riglyne gebaseer is. Die vrae is soos volg: • Wie is die Technikon Pretoria en hoe word daar tans aan die Technikon onderrig? • Wie is die Technikon se klient(e) en wat is hulle behoeftes? [Hoe leer hulle en hoe wil hulle bedien word?] • Hoe kan die akademici van die Technikon, die tegnologie gebruik om hulle taak te vergemaklik en die studente effektief te onderrig sonder om kwaliteit in te boet? [Watter onderrig-leergeleenthede bestaan?] Hierdie model is deur 106 dosente en 437 studente geevalueer om: • die houding van die dosent teenoor die voorgestelde model te bepaal; • die dosent se persepsie van die verskille tussen aanlyn- en kontakonderwysbestuur vas te stel; en • te bepaal of daar enige verskille in die leerervaring(s) van studente bestaan wat onderrig deur middel van 'n internetondersteunde program ontvang, en studente wat 'n kontakprogram ontvang. Laastens is aandag aan 'n aantal verbandhoudende bevindings en aanbevelings wat uit die studie voortvloei, geskenk. Hierdie aspekte het aanleiding tot aanbevelings vir toekomstige navorsing binne die veld gegee. / Various technological developments have taken place in the last century, but most of them had very little or a minimal influence on higher education. It has often been speculated that technology would increase the pass mark and retention of students, but to date that has not happened. Where has technology failed? Or is it not technology that has failed, but, rather, the educational model? These questions will be addressed in this study. Riegelman, Povat, Ott and Piemme (1985:279) state that knowledge doubles every three to five years and that lecturers can no longer be mere disseminators of knowledge. Therefore, the present-day student should be guided to find knowledge him- or herself within a broad framework. This means that the educational model of higher education institutions needs to be renewed. The traditional lecturer-centred teaching approach should give way to a more student centred learning approach. However, the problem is that there are not yet guidelines [or a model] for the use of, for example, the Internet in such a new educational approach. In this study, the focus is on the creation of a didactically justifiable model [guidelines] for the use of the Internet in a multi-mode educational approach, since the Technikon currently does not have such a model. This model and these guidelines should enable the lecturer, as the teaching-learning manager, to plan, develop, implement and evaluate a multi-mode teaching-learning programme. However, before any didactic model is, or guidelines are, developed, it is essential to determine the starting point from which the design should be done. In order to arrive at a well-founded starting point, a comprehensive literature study of local and international publications was undertaken, personal interviews were conducted and specialists locally and abroad were visited. In this manner, an illuminating overview was obtained of that which has already been done to deal with the set problem, as described in the previous paragraph. The research for the development of the model (didactic guidelines) was preceded by a three-year institutional study, in the course of which trends, needs and perceptions were debated at an institutional forum chaired by the researcher, namely, the TLTR [Teaching, Learning and Technology Roundtable). The report on this study is divided into six chapters and represent the problems identified by the TLTR, which form the foundation [core] on which the model and guidelines are based. The questions are as follows: • Who are we and how do we currently execute our core task? [How do we teach?] • Who are our clients and what are their needs? [How do they learn and how do they wish to be served?] • How could we use technology to facilitate our task and teach our students effectively without sacrificing quality? [What teaching-learning opportunities are there?] The theoretical study that provides the answers to the above questions is embodied in a model [guidelines] for the use of the Internet within a multi-mode educational approach. This model is then evaluated by 106 lecturers and 437 students to: • Determine the lecturer's attitude to the proposed model, • determine the lecturer's perception of the differences between on-line and contact instruction management, and • determine whether there are any differences in the learning experience(s) of students who receive instruction by means of an Internet-supported programme and students who receive contact instruction. Lastly, attention is given to a number of related findings and recommendations that flow forth from the study. These aspects also lead to recommendations on future research in this field. / Curriculum and Instructional Studies / D. Ed. (Didactics)

Thesis (MBA)--Stellenbosch University, 2015. / ENGLISH ABSTRACT: In South Africa, an increased effort is being made to integrate the use of technology into the public education system, as technology has proved to be beneficial to both teachers and learners. Technologies introduced in schools are not always adopted equally by all educators. There are differences in both the rate at which the technology is adopted, as well as differences in the extent to which each teacher is willing to integrate the technology into the classroom. iSchoolAfrica has extensive experience in the successful roll out and implementation of technology at schools. The objective of the research was to study iSchoolAfrica’s implementation approach, with a focus on educator engagement, to enable the generation of a set of guidelines that can be used by service providers who implement similar projects in the future. A secondary objective was to understand the reasons for resistance towards technology. Primary data was obtained via interviews with iSchoolAfrica employees. In order to include the views of a set of end-users and possibly the primary stakeholders in such projects, this study offers input from teachers at a school where iSchoolAfrica implemented a technology program. The attributes of a school have a significant impact on the success or failure of a technology project. Implementers must have a deep understanding of the management of the school and the challenges that the school faces before they undertake any technology projects. Resistance from teachers towards a technology change initiative arises for a variety of intrinsic and extrinsic reasons. The main reason why teachers tend to be unwilling to adopt new technology is their lack of self-confidence in terms of their competency in using the technology. Teachers are also overwhelmed by their existing workload and may resist a technology change that they feel adds to their workload. There is also a high probability of resistance from teachers who integrate technology into lessons under duress, after exposure to inadequate training programs. Appropriate training is the primary measure used to counter potential resistance. This training should not only focus on device usage, but rather on pedagogical practices so that teachers understand how to integrate the technology into existing lessons. The role of a facilitator is also important. Although facilitators lead the training effort, they also assume a supportive role and guide the teachers through their adjustment to technology. Although resistance towards change is expected, an implementer can take proactive measures to minimise this resistance and thereby increase the probability of success of the project.

A research project submitted in partial fulfillment of the requirements for the degree of MA in Social and Psychological Research in the Faculty of Humanities, University of the Witwatersrand, Johannesburg. 2016 / The use of various information technologies in education is becoming more prevalent due to the fact that they are thought to have several advantages over traditional pen and paper as well as the fact that they are seen as a means to decrease the digital divide and ensure equal access to educational resources. In South Africa, initiatives such as the Smart Schools program aim to make schools paperless in the near future through the use of smartboards and tablets. With such emphasis on the success of the integration of educational technology it is imperative that we understand the factors which influence this process. Current research points to the idea that the mere provision of educational technology is not sufficient to garner success and that there are also intrinsic factors which need to be considered when integrating educational technology. This study follows on from this premise of intrinsic factors in that it investigates learner attitudes towards tablet usage in a blended learning environment. An extended version of the Technology Acceptance Model which posits that perceived usefulness, perceived ease of use and perceived enjoyability are the factors which need to be taken into account when exploring learner attitudes is used as the theoretical basis for this study. Other factors which are thought to influence attitudes as well as the success of tablet integration (as measured by learner achievement) are learning style preferences, motivation as well as access to various form of technology and thus familiarity with such technology. These factors were also explored through this research. Access to technology, learning style preference and motivation as predictors of overall attitudes and the three components of attitudes were thus explored. This study further investigated whether attitudes (and the three components of attitudes), learning style preferences or learner motivation best predicted academic achievement. The sample consisted of 276 learners from one independent and one public school in Johannesburg where tablets had already been introduced into the learning environment. A questionnaire consisting of an Attitudes Towards Tablet Usage Scale, a Learning Styles Scale, a Motivation Scale and an Access Scale was used. The results of this study indicated that overall attitudes towards tablet usage were relatively positive. The most positive component was perceived ease of use followed by perceived usefulness and then perceived enjoyability. Attitudes towards ECT (and the three components) were influenced by learning style preferences, motivation and access to technology while learner achievement was influenced by learner attitudes as well as learning style preferences. This provides valuable insights into the tablet integration process in that we conclude that tablet provision, while necessary, is not sufficient for the successful integration of tablets and subsequent reduction in the digital divide. / GR2017

As ICTs become more and more ubiquitous in institutions of education, schools are faced with the challenge of integrating ICTs pedagogically. More schools in South Africa have ICT resources available; however, their integration levels have not advanced at the rate that technology is progressing (Pan African Research Agenda on the Pedagogical Integration of Information and Communications Technologies, 2008). There are several enablers and constraining factors that have an impact on the schools’ capacity to pedagogically integrate ICTs. This is a case study of an ex-model C primary school in the Gauteng province. The school under study is one of the ten South African institutions from which the Pan African Research Agenda on the Pedagogical Integration of ICTs (PanAfICT) collected data in 2008 stored in its observatory. The UNESCO model (2002) was used to position this school at a specific level based on factors affecting the teachers’ propensity to integrate ICTs pedagogically. The findings of this study suggest that the school has been in the applying (second) level, since 2008 and has not made much progress in the implementation of ICT pedagogical integration. It also emerged from this case study that the enabling factors (the availability of a wide range of ICT resources and teacher training in basic ICT application skills) are not enough to enable the school to progress to the next level. It is the quality of technical support, relevance of training, proactive leadership in ICT integration and provision of time, above availability of resources that determine progression in the use of technology in the classroom. The literature selected covers mainly the national ICT integration environments and general views of authors in this field. On the basis of these findings, it is proposed that there is a need for the Department of Education to address the lack of progress in ICT pedagogical integration in schools by monitoring the process and developing strategies that will improve quality in the implementation despite the constraining factors.

As technology has become a part of our everyday lives, including our educational institutions, it will definitely have an impact on the teaching and learning. The premise is that the use of ICTs has the ability to transform teaching and learning effectively if it is implemented constructively. The research is to ascertain whether Facebook is used for academic purposes as well as the integration of other Information and Communications Technologies. The study was conducted with a group of lecturers at the University of the Witwatersrand. Data was collected by conducting semi-structured interviews. The interviews were audio-recorded and transcribed at a later stage. Common themes were identified. Positivity about the implementation of ICTs as well as institutional support is imperative for lecturers to continue their commitment to the process.

Computer Applications Technology is one of the subjects that equip learners with the new technological skills that are needed in today’s life. In the past, many schools used computers only for administrative purposes. This is the case even today in some schools. Very few schools in the rural areas offer Computer Applications Technology. Those that do, face many challenges including a lack of electricity. Computer Applications Technology helps learners acquire computer skills that improve their performance when they enter tertiary institutions. It can also help them to find jobs in companies that need people who are able to operate computers. This is particularly true for learners from the rural areas, since most of their parents are unable to pay for them to further their education at tertiary institutions. On obtaining their Grade 12 certificate, most rural learners look for jobs. This study focuses on the experiences of teachers in teaching Computer Applications Technology in rural areas; the challenges and benefits in teaching Computer Applications Technology; the qualifications of Computer Applications Technology teachers; the use of Computer Technology in teaching; Computer Literacy teachers as motivators in learners’ lives; and teachers and Computer Literacy. The findings of this study reveal that; teachers in rural areas lack a functional Computer Literacy foundation on which to build new technology and skills. The use of computers and related technologies was not a routine part of most teachers’ own educational environment. The number of years of experience and teachers’ status in a school has a significant relationship to familiarity with Computer Technology. A lack of hardware and software; and a lack of knowledge and skills in using computers is a challenge. A lack of or insufficient training opportunities and crowded classrooms are one of the important problems that Basic Education schools face. Insufficient guidance and help in instructional use, insufficient technical assistance, and an insufficient number of computers are other important problems. Most Computer Applications Technology teachers were not trained to teach computers as a subject. This could be because; even in training institutions, computers were only used for administration purposes. Greenwood (1993) notes that; many teachers entered the profession with arts-based qualifications. The introduction of computers in schools is a process which needs time to become self-generating with younger teachers who are now entering schools having used computers in their own training. In South Africa, students have only recently started taking Computer Studies as a major subject in teaching. Previously computers were studied only in certain fields like Computer Science or Information Technology. In rural schools, it is rare to come across a computer laboratory in good condition in terms of space and the number of computers, let alone someone with knowledge of the internet. Rural schools do not have computer centres, internet access, experienced teachers and ample sporting and cultural activities to choose from. However, learners can benefit substantially from this new technology because they can be able to do their work as a group while they are not all in the same physical space. They can share their challenges as they study and prepare for class tests or examinations using the internet. The researcher recommends that the Department of Basic Education should employ teachers who are well trained in Computer Applications Technology. A technician should be employed to service computers at schools and help teachers who are experiencing problems. The Department should encourage primary schools to teach Computer Studies so that when learners study Computer Applications Technology at high school they have a basic grounding in computers. It is recommended that Schools ask companies for donations to enable them to buy computers. They should tighten up their security to make sure that computers are safe. Schools should organise technology specialists to train their teachers. They can use their computer laboratories to offer afternoon classes to the community and charge them for this service. This will help them to raise funds to buy more computers for the school. / Thesis (M.Ed.)-University of KwaZulu-Natal, Durban, 2012.