A research project submitted in partial fulfilment of the requirements for the degree of MA in Research Psychology in the Faculty of Humanities, University of the Witwatersrand, Johannesburg, March 2016 / Despite 20 years of democracy, education in South Africa is still plagued by the inequalities carried over from apartheid. Concerns on issues of standardisation in education, which are linked to socio-economic status, make it increasingly difficult to determine what skills learners are leaving the schooling system with (Blignaut, 2009; Du Plessis & Webb, 2012; Lumadi, 2011; Maiyo, 2015; Watts, 2001). There is a need to bridge the gap that currently exists within education, and one way in which this is thought possible, is through the integration of technology in the classroom (Department of Education, 2004). In 2015 the Smart Schools Project was put in place to promote the implementation of technology in South African schools. One of the aims of this project is to standardise education through redressing the inequalities within the country. This study aimed to investigate the perceptions of parents, with regards to the introduction of technology within primary school classrooms in South Africa. In order to achieve the main aim of this study, perceptions of parents were explored from parents whose children were in private and government-funded schools. This study used a combination of two models in order to understand how parents’ usage and acceptance of technology could possibly influence their children’s interaction with technology. This study found that how parents come to use and accept technology is not influenced by socio-economic status. Further, it was noted that acceptance and usage impacted how they viewed technology being introduced in the classroom. / GR2017

Master of Education (MEd) Research Report University of the Witwatersrand Johannesburg, 2016 / This study investigates the impact of the Flipped Learning Model (FLM) on the teaching practices of four educators in a private school in Johannesburg. It investigates the pedagogic processes and experiences of these educators’ respective attempts to shift from their standard educator-centered methodologies to the FLM’s highly collaborative and blended methodology. In so doing, the study exposes the educators’ resistance to the primary assumptions of constructivist epistemologically informed pedagogies. It also demonstrates the extent to which epistemological assumptions underpinning the ‘official curriculum’ are imbued within the dominant pedagogic discourse and aligned with educators’ beliefs and professional identities. The study exposes the necessity for transformations in educators’ traditional thinking, epistemological assumptions, perceptions, attitudes and roles to occur before any substantial attempts to introduce the FLM in ‘classrooms’ are made. Furthermore, the FLM takes for granted the ease of embedding technology in the teaching/learning process. This study exposes the relationship between a lack of technological familiarity/ know-how and the strength of resistance to ‘flipping the classroom’. South African educators work in an environment that promotes very strong boundaries between: classroom/home; educator/learner; and schoolwork/homework. Flipping, weakening or altering these, challenges educators’ strongly held notions of what it means to be a professional educator. It is within this context that Bernstein’s work with respect to the development of such seminal concepts as ‘pedagogic device’, ‘classification’ and ‘framing’ provided the language of description and analytical basis for this research study. / MT2017

Professionals often find it difficult to find time to attend training. Still in its infancy in South Africa, mobile learning (m-learning) – learning using a web-enabled mobile electronic device such as a cell phone or tablet – holds promise as a platform to deliver relatively convenient and inexpensive learning programmes. This intensive study sought to identify the factors key to m-learning adoption for professional development and how they affected m-learning in a South African context. Accountancy practitioners and business school students were invited to participate in this study, and human resource directors were interviewed to gauge their responses to similar questions from a corporate point of view. The constructs of Ally and Gardiner’s Hybrid Smart Mobile Device Acceptance Model (2012), which explored the moderating influence of device characteristics and usage on acceptance of smart mobile devices, was adapted to form the framework for the study. Two dimensions were added to the constructs of perceived usefulness and perceived ease of use (relevance and tool sets) to explore what aided construction of meaning. The four top factors – relevance, enjoyability, the perception of being in control, and motivation, each bore a signifant relationship to the other, along with a sense of security, organisational beliefs, and others’ beliefs. A third dimension – willpower, added to explore hedonic motivation, brought to light issues that sapped willpower, rather than supported it. Participants expressed a marked preference for independent rather than social learning. While a sturdy framework for m-learning construction emerged from this study, the findings are not generalisable. / MT2017

The purpose of this study was to investigate whether learners from different primary schools would respond to cell phone SMS (short message service) questions related to their schoolwork after school hours. As young people use cell phone technology to socialise, it seemed appropriate to consider integrating this technology within the school-framework, as many schools do not allow the use of cell phones during school. Another aim was to find out whether socio-economic backgrounds or gender groups responded differently to the SMS interaction study. A concurrent triangulation design research method was applied. The study examined how often and what types of answers learners would submit via SMS after school hours. The principal conclusion was that the learners reacted positively to the SMS feedback response sent in reply to an SMS answer and then engaged to a greater degree with the further questions.

A thesis submitted to the Wits School of Education, Faculty of Humanities, University of the Witwatersrand in fulfilment of the requirements for the degree of Doctor of Philosophy, 2017 / This thesis reports on the first year pre-service teaching students’ development of digital competence at a South African university in 2013 and 2014. The aim of the study was to investigate the students’ levels of digital competence as they commenced their first year of study. I also examined the barriers and enablers, as identified in the literature, and their impact on the students’ successful engagement with Information and Communication Technologies (ICTs). In addition to this, the possible influence of computer attitude and a belief in one’s own ability (self-efficacy) supplement the research findings in this area. I present quantitative and qualitative data that explore the students’ digital competence levels and their understanding of what it means to be digitally literate. A definition particular to this group of students is proposed. In their definition of digital competence, the majority of the first year pre-service teaching students perceived digital competence to be a functional skill. This is the ability to operate digital devices and their relevant applications in the quest to learn and become self-reliant. This definition is aligned to Covello’s (2010) description of an understanding of how to use computers and application software for practical purposes. This ability to functionally operate various devices (FutureLab, 2010), the ability to use computers and other technology to improve learning, productivity and performance (JISC and Mc Hardy, 2013), links to one part of Ferrari’s (2012) digital competence definition as the knowledge, skills, attitudes, values and awareness required when using ICTs and digital media. After completing a baseline digital competence test as they entered the HEI, I found that 43% of the first year pre-service teaching students failed the test. I identified three main factors that impacted negatively on a first year pre-service teaching student’s engagement with ICTs and ultimate development of digital competence. These include inexperience with ICTs, access and user-unfriendliness of software. Four main enablers to the effective use of ICTs include previous experience using ICTs, previous and current access to ICTs, userfriendliness of software, and finally, support in the form of support material or people. Using quantitative findings obtained from the completion of the Loyd and Gressard Computer Attitude Scale (CAS), I ascertained the students’ computer attitudes. Through the application of the Murphy’s (1989) Digital Self-Efficacy test, the current levels of the students’ digital self-efficacy (DSE), or beliefs in their own abilities, were established. I found no correlation between computer attitude and a student’s digital competence. The majority of students who failed the baseline test had a positive computer attitude. I also found the majority of students surveyed had a strong or very strong belief in their own ability. The majority of the students who passed the test had a very strong DSE and the majority of students who failed had an average to strong DSE. Students who passed the test tended to have higher DSE levels than students who failed the baseline test. A strong belief in one’s own ability was found to be a strong determiner in learning to become digitally competent. A unique application of Actor Network Theory was employed in the data analysis. The analysis methodology was informed by an adaption of Barab, Hay and Yamagata-Lynch’s (2001) node components. The use of Actor Network Theory as an analytical lens in the data analysis, confirmed the importance of zooming in on and unpacking a student’s network of learning to better understand the hidden processes at work. Through an analysis of six students’ networks of learning, I found that each student’s learning network was unique. Using actor network theory to scaffold my analysis it became apparent the differences in the students’ learning networks told a more important story than the few commonalities. The only commonalities evident between the six students in the moment I unpacked each learning network were that they were both initiators and participant in their networks. They interacted with digital devices and were not first time ICT users. These commonalities seem quite immaterial when compared to a minimum of 16 differences. A few of the identified differences include the digital resources the students relied on, their computer attitudes, levels of digital self-efficacy and their baseline test results. My study contributes to knowledge in four ways. Firstly, I establish the digital competence skills of first year pre-service teaching students. Secondly, I identify the barriers first year pre-service students encountered when using ICTs. Thirdly, I look at the possible impact of computer attitude and digital self-efficacy on the development of digital competence. Finally, I detail the networks of learning to be digitally competent. Through this expansion of students’ networks of learning, the connections between the various nodes and actants at work become apparent. This gives readers insight into what nodes are at play within these networks and what the pre-service teaching students identify as significant in their learning. In this study, I confirm the necessity for a first year digital competence or ICT course. My study shows that the students entered the HEI with low levels of digital competence and encounter multiple barriers when accessing ICTs. While literature suggests computer attitude impacts on the development of digital competence, in the reality of my study, I found digital self-efficacy to have a higher statistical correlation with digital success. Studies such as mine provide detailed descriptions and analyses of the practice of coming to be digitally competent. The identification of, and investigation into the possible factors impacting on a pre-service teaching student’s development of digital competence better assists Higher Education Institutions and course designers alleviate possible barriers, while increasing enablers. / XL2018

Thesis (MEd)--Stellenbosch University, 2015. / ENGLISH ABSTRACT: Development in each sector of our society, especially with regard to computer technology, has progressed so dramatically that we have reached a stage where it is virtually impossible for an individual who does not have computer knowledge and skills to function with ease in society in almost any part of the world. In order to counter this situation the governments of a large number of countries across the globe are encouraging their citizens to become computer literate. These governments spend huge amounts of money on the integration and improvement of technology in education in order to ensure effective teaching and learning for each learner in each school. The South African government has also caught on and acknowledged the importance of communication technology in education, hence the White Paper on e-Education, which provides for the integration of technology in schools. The question that arises is whether enough is being done to enable underprivileged schools to benefit from this development as well. This study observed the way in which the policy regarding e-Education is applied in privileged and underprivileged schools. During the course of the study the researcher visited schools that utilise their technological facilities, as well as schools that do not, and the reasons and circumstances that prevent them from utilising these facilities were also investigated. An investigation regarding the application of the technology policy within schools and how schools adapt this policy to accommodate their requirements, was conducted. The study endeavoured to determine the reasons why the technology policy is applied wel land properly in some schools, while other schools that have the technology do not apply the policy. The difference between privileged and underprivileged schools regarding the application of the policy was also investigated. The situation regarding the application of technology policy in privileged and underprivileged schools in the Western Cape was researched in four schools: two schools in rural areas and two in urban areas. Two of these schools are privileged schools that have technology and utilise it daily. The other two schools are underprivileged schools with technology that, however, is not used to the advantage of the learners on a regular basis. Two schools have mainly Afrikaans-speaking learners while the learners of the other two schools predominantly have English as their mother tongue. The policy is applied differently at each of these schools, possibly due to circumstances or untrained staff who do not have the necessary knowledge and skills to utilise technology as method of instruction. The study aims to cause awareness at schools of the importance of technology and that a paradigm shift should take place in the methods and techniques of instruction of educators. It also aims to make teachers more aware of the value of technology when used effectively in their lesson presentations. In this way we could ensure that our learners receive the tuition they will need to be competitive globally. / AFRIKAANSE OPSOMMING: Die ontwikkeling in elke sektor van die samelewing en veral op die gebied van rekenaartegnologie het só dramaties vooruitgegaan en gegroei dat dit ʼn stadium bereik het waar dit vir ʼn persoon sonder rekenaargeletterdheid byna onmoontlik geword het om gemaklik in die gemeenskap in die meeste dele van die wêreld te funksioneer. Ten einde hierdie situasie die hoof te bied, moedig die meeste regerings regoor die wêreld hul burgers aan om tegnologie-geletterd te word. Lande spandeer groot bedrae geld om tegnologie in die onderwys te integreer en te verbeter om so effektiewe onderrig en leer vir elke leerder in elke skool te bewerkstellig. Plaaslik het die Suid-Afrikaanse regering die belangrikheid van inligtings- en kommunikasietegnologie in die onderwys besef en erken, vandaar die Witskrif oor e-Onderwys, wat voorsiening maak vir die integrasie van tegnologie in skole. Die vraag wat ontstaan, is of daar genoeg gedoen word om voorsiening te maak vir minder gegoede skole om ook voordeel uit dié ontwikkeling te trek. Hierdie ondersoek kyk na die beleid aangaande e-Onderwys en hoe dit toegepas word binne gegoede en minder gegoede skole. Tydens die studie het die navorser skole besoek wat oor tegnologiese fasiliteite beskik en dit gebruik, sowel as skole wat tegnologie besit en dit nie gebruik nie, en die redes en omstandighede wat hulle verhoed om dit te gebruik, is dus ook ondersoek. ʼn Ondersoek is gedoen na die toepassing van die beleid rakende tegnologie binne skole en hoe skole by hierdie beleid aanpas om hulle behoeftes te akkommodeer. Die studie het ook gepoog om vas te stel wat die redes is waarom die beleid rakende tegnologie in sommige skole na behore toegepas word, terwyl ander skole wat wel oor die tegnologie beskik, dit nie behoorlik toepas nie. Daar is verder ondersoek ingestel na die verskil in toepassing van die beleid tussen gegoede en minder gegoede skole. Die situasie ten opsigte van die toepassing van beleid oor tegnologie in gegoede en minder gegoede skole in die Wes-Kaap is by vier skole onder die soeklig geplaas: twee skole in die platteland en twee skole in ʼn stedelike gebied. Twee van die skole is gegoede skole wat tegnologie besit en dit daagliks gebruik. Die ander twee skole is minder gegoede skole wat oor tegnologiese hulpbronne beskik, maar dit nie gereeld tot voordeel van hul leerders gebruik nie. Twee skole het oorwegend Afrikaanssprekende leerders en twee oorwegend Engelssprekende leerders. Die beleid word by elk van hierdie skole verskillend toegepas, moontlik weens omstandighede of onopgeleide personeel wat nie die nodige kennis en vaardighede besit om tegnologie as onderrigmetode te gebruik nie. Die studie poog om skole bewus te maak van die belangrikheid van tegnologie en dat daar ʼn paradigmaskuif moet plaasvind in onderwysers se onderrigmetodes en -tegnieke. Dit poog ook om onderwysers meer bewus te maak van die waarde wat tegnologie kan hê as dit in lesaanbiedings geïntegreer word. Só kan daar moontlik verseker word dat leerders die opleiding ontvang wat nodig is om globaal mededingend te wees.

Thesis (MEd)--Stellenbosch University, 2015. / ENGLISH ABSTRACT: Twenty-first century youth have been privy to regular exposure to digital technology, both in their schools and in the home, which has resulted in a change of both lifestyle and educational practice from that enjoyed by prior generations. Parallel to the technology market trajectory that has arguably influenced the psychological and psycho-social development of contemporary youth is the burgeoning industry of learning technology. Integration of such technology into South African schools is relatively in its infancy when compared to global initiatives, and has sparked debate as to the place of technology within education in a country fraught with divided resources. In consideration of the influence of technology on education, research which investigates the motivating role of technology upon learning, particularly from the perspective of the learners themselves, is amiss. This study aimed to discover the extent to which technology tools used in education motivate the twenty-first century South African learner to learn, and whether the use of such technology would create a more engaging, relevant educational environment. In order to investigate the topic, exploratory qualitative research as underpinned by the constructivist paradigm and within a social constructivist theoretical framework was conducted as a case study. Purposive sampling was employed to select Grade 11 learners in order to gain their perspectives and those of their teachers who bear witness to their learning at one private co-educational high school in the Western Cape. Qualitative content analysis was utilised to interpret the data collected from a semi-structured focus group interview conducted with eight learners, as well as from learner and teacher questionnaires which provided valuable contextualisation for the focus group interview. The research findings from the study indicated that the learner participants could identify the role of intrinsic motivation to learn, and demonstrated awareness of the factors that contributed to the facilitation thereof, of which learning technology played a prominent role. The participants noted the importance of the complementary role of learning technology; a means to an end and not an end in itself. Important considerations were highlighted, such as the potential for distraction, personal learning preferences, and conceptualisations of learning required for technology to be successfully integrated into the twenty-first century learning environment. / AFRIKAANSE OPSOMMING: In teenstelling met vorige generasies word die jeug van die 21ste eeu gereeld blootgestel aan digitale tegnologie, tuis sowel as in hul skole, wat ‘n verandering in beide hul leefstyl en die onderwyspraktyk tot gevolg het. Parallel aan die baan van ontwikkeling van die tegnologiemarkte, wat ʼn betwisbare invloed het op die sielkundige en psigososiale ontwikkeling van die hedendaagse jeug het, is die ontluikende industrie van leertegnologie. Die integrasie van sulke tegnologie in Suid-Afrikaanse skole is nog in sy kinderskoene as dit vergelyk word met globale inisiatiewe en dit het debat oor die plek van tegnologie in ‘n land met oneweredig verdeelde hulpbronne ontlok. As die invloed van tegnologie op opvoeding in ag geneem word, is navorsing wat die motiverende effek van tegnologie op leer ondersoek, veral vanuit die perpektief van die leerders self, beperk. Die doel van hierdie studie was om vas te stel tot watter mate tegnologiese hulpmiddels in die onderwys die Suid-Afrikaanse leerder van die 21ste eeu motiveer om te leer en of die gebruik van sulke tegnologie ʼn meer deelnemende, relevante onderwysomgewing sal skep. Hierdie verkennende, kwalitatiewe gevallestudie binne die konstruktivistiese paradigma het sosiale konstruktivisme as die onderliggende teoretiese raamwerk gehad. Doelbewuste steekproefneming is uitgevoer om die Graad 11 leerders uit 'n enkele private hoërskool in die Wes-Kaap te selekteer om sodoende hul perspektiewe asook dié van hul onderwysers, wat van hul leerproses kan getuig, te bekom. Data is deur middel van ʼn semi-gestruktureerde fokusgroeponderhoud asook vraelyste aan beide die leerders en onderwysers ingesamel, wat waardevolle kontekstualisering vir die fokusgroeponderhoud voorsien het. Die ontleding van die navorsingsdata is met behulp van kwalitatiewe inhoudsanalise uitgevoer. Die bevindings van hierdie studie het aangedui dat die leerderdeelnemers die rol van intrinsieke motivering om te leer kon identifiseer en hulle het ʼn bewustheid getoon vir die faktore wat dit bevorder. Leertegnologie het ʼn prominente rol gespeel in hierdie faktore. Die deelnemers het gewys op die belangrike komplementêre rol van leertegnologie; ʼn weg tot ʼn doel en nie die doel self nie. Belangrike oorwegings is uitgelig, soos die potensiaal vir aandagafleiding en ook persoonlike leervoorkeure en konseptualiserings van leer benodig vir suksesvolle integrasie van tegnologie in die 21ste eeuse leeromgewing.

The introduction of the computer into the educational arena is unique as pressure for its inclusion has come not from educationalists, but from public demand based on the conviction that exposure to computers is an essential ingredient of modern education. This has resulted in computers being added to school curricula before there has been careful research into its educational implications, making huge demands on teachers involved in the innovation. South African primary schools involved in computer education have followed international trends in their adoption of computers, initially perceiving computer education as a separate subject added on to the present curriculum. However, changing trends in computer use internationally are now beginning to reflect educators' changing perceptions of the nature of primary education, and educators are calling for the use of computers to be integrated into the curriculum rather than being seen as an area of study in themselves. This investigation attempts to outline general trends and perceptions of computer use in a South African primary school. Despite a high level of computer usage at the observed school, the computer was seen by teachers, in the main, as an extra subject, and has not yet led to any significant changes in teaching styles and methods. The research suggests that two main issues need to be resolved before computer education in primary schools reflects the present paradigm shift towards learner-centered educational practices. Firstly, there is a need to rethink the delivery of the curriculum towards one which promotes a greater degree of problem solving and decision making on the part of the learner. Secondly, it would appear that teachers need to be made more aware of this trend.

Information and Communication Technology (ICT) has become commonplace entities in all aspects of life. Over the past twenty years, the use of ICTs has drastically changed the procedures of almost all forms of endeavour within business and governance. Additionally, throughout the world there is an awareness of the fundamental role of new ICTs in the field of education. Education is a socially oriented activity, and quality education has traditionally been associated with strong teachers having high degrees of personal contact with learners. The use of ICT in education lends itself to learner-centred learning settings. With the world moving rapidly into digital media and information, the role of ICT in education and the influence of ICT in schools cannot be overemphasised as its utility is changing the way learners learn, teachers teach, and how it supports staff work. Whilst ICT is fully integrated into many schools in the urban areas of South Africa, regrettably the same cannot be said about rural high schools. This has created a digital division between rural and urban high schools. Most of these rural high schools still do not have access to these technological tools and educators have not been given the professional training for them to integrate ICT in their lessons. This study explores the effectiveness of integrating ICT into teaching of Environmental Education in selected rural high schools. The quantitative study adopted survey research design with sample randomly selected for the study. From the findings, it can be concluded that integrating ICT in education cannot be comprehended by exploring the pedagogical orientations at play in the teaching and learning situation. It becomes the basis that teachers use ICTs to achieve the determined goals.

M.A. (Public Management and Governance) / The Preamble of the South African Schools Act, 1996 (Act 84 of 1996) states that it is the goal of the South African government to provide all learners with a high quality education. However, despite this goal, academics, scholars and social commentators concur that the public education system in South Africa is in crisis. Nevertheless, there is agreement that there has been an improvement in the numbers of learners enrolled at schools and the pass rates in public education, but not in the quality of education. In support of this statement, commentators refer to international surveys that show that the majority of learners are underachieving in key learning areas such as reading, mathematics and science. Many of the commentators ascribe the situation to the underperformance of educators. Research conducted by Van der Berg et al. (2011) suggests that a possible solution to the problem would be to help educators to improve their teaching outputs and outcomes in the classroom. This, in turn, implies that a tool such as a laptop loaded with the relevant and appropriate software and the additional required technology would assist educators in improving their teaching outputs and outcomes. Ms N Pandor, the former Minister of Education, announced the Teacher Laptop Initiative (TLI) in 2009. In his response to the State of the Nation’s address in June 2009 President Zuma endorsed this initiative and stated that the objective of the TLI is to provide every educator with both a laptop and access to the Internet and that the initiative should be seen as an incentive to help educators to improve the quality of education in schools. However, evidence shows that educators have not received the subsidies to procure the laptops as promised by government. The study sets out to investigate the implementation of the TLI and, thus, the aim of the research was to conduct a formative evaluation of the implementation of the TLI. The research was conducted within a qualitative research paradigm and the data were collected using both the TLI policy document and the findings resulting from the purposive, face-to-face interviews that were conducted with key stakeholders. This data were analysed through the application of the content analysis method.