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)

Today’s society requires citizens to have a greater knowledge of information technology (IT) than in previous decades. Strategy programs at a national level define the skill needed in an information society and encourage people to learn these skills (Ministry of Education, 2004). In order for everybody to have the opportunity to learn the basics of the new technology, computer science should be included in general education. The development of technology, like Information and Communication Technology (ICT) has turned the world into a global village (Hashem, 2006). The key instrument in this globalisation is the personal computer. Computer–mediated communication is increasingly becoming the dominant means of communication, particularly in the developed and in some developing countries (Adebisi, 2008). In a developing country, ICT is one of the prime ingredients for development. This generally means improvement of people’s lifestyle through improved education, income, skills development and employment. Development should now also be viewed as a multidimensional process involving major changes in social structures, popular attitudes and a national progression of life from unsatisfactory to satisfactory (Servaes, 1999). Since one of the goals of education is to prepare students for work and citizenship, schools are attempting to change their policies, practices and a curriculum to meet the challenge of making pupils ready for a future quite different than the immediate past (Turker & Codding, 1998). The integration of ICT into the teaching and learning environment in secondary education in Port Elizabeth could change learning and teaching attitudes of learners and teachers and help to prepare them for future challenges. However, the success of this integration will depend on how the learners and teachers adapt to the changes and whether they can make ICT technologies part of their daily life. As it is, there is little or no information available regarding the extent of current ICT usage and access in these secondary schools. The research focuses on the availability, usage and the impact of ICT in education, particularly at a secondary school in the poverty-stricken area of Zwide in Port Elizabeth.

The Information and Communications Technology (ICT) skills shortage is of national and international concern. Modern business practices require the implementation of new technologies supported by a workforce with current and diversified ICT skill-sets. Acquiring suitable ICT skills has become a difficult task and employers are seeing government intervention at all levels. The school system in South Africa is under increased pressure and is faced with continuously declining matriculation pass rates, specifically in subjects such as science and mathematics. Schools are experiencing a decline in the number of scholars (learners) enrolling for the Information Technology (IT) school curriculum. The IT curriculum at school level is being criticised; under-prepared teachers are blamed and lack of suitable facilities highlighted. Surveys conducted amongst grade 9 and grade 12 scholars in the Eastern Cape have shown that scholars are not considering careers in ICT. Teachers, career/guidance counsellors and parents contribute to scholars' career decisions and are not encouraging scholars to pursue careers in ICT. Tertiary institutions in South Africa and internationally, are experiencing a decline in student enrolments and in pass and throughput rates. Industry is holding tertiary institutions responsible for not providing the “correct” ICT graduate skill-sets and passing an insufficient number of quality ICT graduates desperately required by industry. The accreditation of computing degree programs, such as Computer Science (CS), Information Systems (IS) and Information Technology (IT), collectively referred to as CIT, offered by tertiary institutions is becoming an international requirement. The ICT industry is constantly changing and new job requirements and new career opportunities are frequently introduced. Graduates entering the ICT industry should have acquired knowledge about ICT career tracks in order to specialise and choose a suitable career path. Tertiary CIT degree programs should further be linked to specific career tracks and provide a multi-disciplined education to graduates. ii ICT graduates working in industry utilise skills obtained in under-graduate and post-graduate CIT degree programs. The ICT graduates have also obtained valuable skills working in industry, including business skills and soft skills. ICT skill surveys have identified the graduate skills gap, indicating ICT skills industry requires from graduates completing tertiary level qualifications. ICT graduates working in industry, for example indicated that programming in some cases is over-emphasised at school and tertiary level and that soft skills are ignored by tertiary institutions. An ICT Graduate Skills Classifications Framework is developed to address the graduate ICT skills gap and highlight important business skills, soft skills, technical skills and programming skills required by industry. In this thesis, an Industry ICT Value Chain Model is further developed that suggests a holistic approach to the problems experienced at all levels of ICT skills development, including government, industry, tertiary education institutions and at school level. Results from a number of research surveys conducted along the proposed Industry ICT Skills Value Chain Model indicated that problems exist at all stages in the value chain and that the problems can only be addressed involving government, industry and tertiary institutions collectively. A number of interventions is required and the support from industry is essential in achieving overall success in addressing the ICT skills shortage in South Africa. A proposed Industry ICT Skills Value Chain Model that can be utilised to address the ICT skills shortage in South Africa is presented.

The advent of the 21st Century has seen a number of technological developments which affect almost every spectrum or aspect of our lives. Castells (2001) likens the power of ICT to the impact that access to electricity and clean running water in a community have had on human development. In the field of educational, information and communication technology (ICT) has become a core part in helping to improve the efficiency and productivity of both teaching and learning of any particular subject (Fallows and Bhanot, 2002).The aim of this study was to investigate to what extent ICT had enhanced learning at Pearson High School in the Summerstrand area of the Nelson Mandela Bay Municipality (NMBM). The results of the study were compared with similar studies in other schools in NMBM conducted at the same time. The study was qualitative and methods of data collection used were key informant interviews and focus group discussions.

Thesis (D. Tech.) - Central University of Technology, Free State, 2004 / For some years, proponents of distance and online learning have touted the efficacy of their methods, while traditionalists have argued the superiority of face-to-face learning environments. Each side in this debate has pointed to strengths in their own methodologies, while criticising the lack of comparable features in the methodologies of their opponents. Blended learning, as the name implies, allows practitioners to combine traditional education with a variety of instructional technologies – solving the argument by joining forces, and creating a better overall product as a result. With this study the researcher aims to explain the concepts of blended learning and discuss the factors that make each form of educational delivery successful. The thesis addresses the necessary components of a computer literacy programme and Outcomes-Based Education, as well as elaborate on good teaching principles. These strands of research are then combined into the foundations for a unique programme, to deliver a computer literacy course using blended learning techniques to South African students. The programme was developed, implemented and tested through three cycles of action research.

Thesis (MEd)--Cape Peninsula University of Technology, 2018. / This study investigates some of the factors affecting the adoption and use of Information and Communication Technologies (ICTs) for curriculum delivery in selected private high schools in the Western Cape. In this 21st century, ICT has penetrated the society to the point that it is most likely to assume that the private high school in general, are effectively incorporating them (ICTs) in delivery of the curriculum. Regrettably, this assumption is not always true as revealed in most of the cases examined in this study. Instead, a lot of private high school teachers who were selected as participants or respondents in this study revealed that they are still facing critical challenges when they want to effectively adopt and use ICTs for curriculum delivery. While the previous studies have focused more on the ICT integration in pubic schools in disadvantaged communities, this study employed a mixed methods research design (that is both quantitative and qualitative research methods) to explore the factors affecting the adoption and use of ICTs in private high schools in the Western Cape Province. The two frameworks adopted in this study, the Teacher Development framework (DoE, 2007) and the Technological Pedagogical Content Knowledge (TPACK) framework guided the researcher in the analysis of the research findings. The study also used both deductive and inductive reasoning in the interpretation of the results. The results of the study show that despite the high level of appreciating the importance of ICT adoption and use in teaching and learning by private high school teachers in the Western Cape Province, there are still critical factors that continue to militate against the effective integration of technology in the classroom. The study revealed the following factors as critical regarding the effective adoption and use of ICTs in curriculum delivery: lack of skills, limited access to ICT resources, lack of technical support, shortage of class time, and lack of teacher motivation.

M. Tech. Business Administration / This study examines public secondary school teachers technology acceptance as another form of pedagogical method in the classroom. The widely used Technology Acceptance Model (TAM) was used to determine the factors associated with either acceptance or non-acceptance of technology in the classroom. In this study, only secondary school teachers from disadvantaged schools in one of the biggest townships in South Africa were sampled. The sample size was 271 respondents from a population of approximately 455. TAM was tested on the use of any of the Microsoft Softwares (Powerpoint, Word, Excel) in the classrooms for teaching purposes. The Statistical Package for Social Sciences (SPSS) was used to analyse the data and five hypothesis statements were tested. The results revealed fundamental determinants (e.g. perceived usefulness and perceived ease of use) as primary contributors for their acceptance of technology.

According to the Draft White Paper on e-Education (DoE, 2003), the objective of ICTs in education is to build digital and information literacy so that all learners become confident and competent in using technology to contribute to an innovative and developing South African society. International researchers have acknowledged that little is known about learners’ perceptions of their own learning, but that learners are aware of how technology can be used and have the potential to contribute ideas about ICTs can be used to support their learning. To add to this growing body of research, this study sought to establish secondary school learners’ experiences and perceptions of the value of integrating ICT into the curriculum and the extent to which they believe that ICT is meaningfully integrated into the curriculum. Although some of the schools do not have the necessary ICT infrastructure, this did not preclude the learners from having opinions about the potential benefits and drawbacks of ICT. The findings display the learners’ perceptions on ICT use within the curriculum and how this relates to the available infrastructure in schools.

The Ministry of Education (SICTE, 2002) states that the widespread introduction of computers in schools should support Curriculum 2005 and that computer technology is part and parcel of making schools the center of community life. The vision is to establish Smart Schools: schools that are reinvented in terms of teaching-learning practices to prepare learners for the information era (SICTE, 2002). Kafai (1996:71) has found that conventional school assignments rarely give learners the opportunity to spend a great deal of time on complex projects. As a result, many learners have little experience in design: planning, problem solving, researching, dealing with time constraints, modifying expectations and synthesizing everything in a project. Research by Carver, Lehrer, Connell and Erickson (1992); Lehrer, (1993); Lehrer, Erickson and Connell (1994); Kafai (1996); Liu and Hsiao (2002) and Liu (2002) indicates that the design of hypermedia artefacts can assist in providing experience in design. To date, no equivalent research has been conducted in South Africa to ascertain the perceptions of learners regarding the creation of a hypermedia artefact over an extended period of time and whether some of the critical outcomes specified in Curriculum 2005 can be addressed in such a learning-by-design hypermedia project. This study shows that design skills and aspects related to the critical outcomes of Curriculum 2005 can be achieved. Furthermore, it indicates that this kind of project encourages interest, motivation and collaboration. In addition, it suggests that learners experience the role of the teacher as different and prefer such a learning environment. In spite of the positive results, some aspects that need attention for future implementation are suggested.