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Thesis (M. Tech. Information and Communications Technology)--Vaal University of Technology. / The personal computer has changed the way people think and live and has found its way into every area of life. The ability to work with computer technology is a requirement for today's world. The number of virtual learning environments (VLE's), is increasing and e-learning has been promoted as a solution for remote education. Computer literacy, the ability to use computers to perform a variety of tasks, is becoming fundamental to the learning process. Students need to be computer literate, because they are expected to use the computer in most of their subjects, by completing projects, perform electronic searches or typing assignments, to name a few. Many of the learners, who enrol at Vaal University of Technology (VUT), do not have this basic skill, and a great number of them do not have their own computers. It is thus still necessary for VUT to offer a subject such as Computer End Using to provide the learners with the basic level of computer literacy. According to the South African Qualifications Authority, computer literacy is on NQF level 4. Although computer literacy is regarded as being at a lower level than the first year in higher education, it remains a vital prerequisite for completing qualifications. It is therefore important that higher education institutions offer training for fundamental computer skills. This is also supported by the National Plan for Higher Education (NPHE), which emphasizes the mainstreaming of academic development. VUT faces a challenge in terms of providing computer literacy training through online learning. The exact skills the students need in order to engage in online learning, are the same skills taught online, subsequently these programmes require motivated learners with fundamental computer skills. The two online learning packages that were investigated in this study were a national product (HS Training) and an international product (SimNet). An informed recommendation was made with regard to the software

Thesis (M.Ed.)-University of KwaZulu-Natal, 2005.

M.Com. (Business Management) / Information and Communication Technology (ICT) is pervasive in tertiary education, commerce and industry, yet many disadvantaged rural areas and townships lag behind in technological development. For example, in rural schools students have weak ICT background and consequently their progress at tertiary education level and career choices suffer, easpecially in the urban career context. This study sought to identify the urban-rural divide in ICT and determine the causes. Questionnaires were distributed to a purposive sample of 196 students at the University of Johannesburg, Doornfontein Campus. The results show that practical use of computers starts at high school ages between 11 and 15 years. The computer instructions are less pronounced. There have been some ICT development initiatives by government and some other organisations although not well coordinated. The resource needs for uninhibited expansion of ICT include computers, connectivity and skilled educators. Despite the current efforts, rural areas and townships lag behind for various reasons such as; technological under-development, low literacy levels and poverty. Thus students from these disadvantaged communities are constrained in career choices and also struggle to cope at university because of the demand for ICT ability. The pervasiveness of ICT in all walks of life has created a digital divide to the extent that township and rural folk remain marginalised although Internet cafes have played a part in making ICT somewhat accessible. The explosion in mobile telephony and its widespread use even in rural areas have immense potential for ICT growth. However, education and awareness campaigns on the utility of cell phones as a medium for ICT will be essential. A renewed focus on computer education in primary school learners will “catch them young” and revolutionalise the ICT in South Africa. The development in ICT will require further substantial investment in ICT infrastructure and hardware as well as improving the skills of educators. The digital divide need be closed so that marginalised rural areas and townships can also derive the socio-economic benefits that ICT bring. Education will raise the literacy thresholds, which will increase awareness of the potency of ICT. Use of local language and content on the Internet will enhance its cultural relevance and acceptability. ICT is a global phenomenon and South Africa cannot afford to take a back seat.

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The South African education system is undergoing radical transformation in terms of the curriculum. One of the means in the transformation process is the infusion of computer literacy in the schools’ curriculum. The South African education system is being reshaped and this calls for co-ordination between the school and the workplace, as learners who are taught in schools are going to occupy different positions in different work situations. The school’s task is therefore to equip learners with relevant computer literacy skills required in the workplace. The National Curriculum Statement (NCS) states: “Learners should understand the design process from conceptualisation to realisation. Problem-solving and lateral-thinking skills, creativity and innovation should be explored and developed through the systematic investigation of problems posed by a design brief in order to produce a marketable solution. Learners are given a brief, research the subject, generate ideas, develop concepts, implement, critically reflect on, and then evaluate the design solution. Self-discipline and responsible design ethics, as well as an awareness of aesthetics and functionality, must be evident throughout the design process,” (Asmal, 2003, p. 3). In countries like the United Kingdom, computer literacy is very important in that it is seen as a passport to employment (Bork, as cited by Moodley, 2002). The government of Rwanda’s national goal on ICT is that Rwanda will achieve “middle-income status by 2020 based on an information-rich, knowledge-based society and economy” Farrel (2007, p. 3). Micheuz (2006, p. 1) states: “Schools in Austria providing compulsory education are accountable for imparting IT skills and informatics competencies to their pupils”. There is a shift in the South African education system to eradicate the imbalances of the apartheid education system. Curriculum 2005 has been put in place, however due to some uncertainties that academics have articulated about Curriculum 2005, it has been revised. The principles of the NCS are the same as those of Curriculum 2005 in that they are based on building on the vision and values of the Constitution and Curriculum 2005 (Asmal, 2003, p. 2). The principles include social justice, a healthy environment, human rights and inclusivity (Asmal, 2003, p. 2). The NCS adopts an inclusive approach by specifying minimum requirements for learners. The special educational, emotional, social and physical needs of learners are addressed in the design and the development of appropriate learning programmes. The transition from the apartheid education system to the present education system, i.e. the NCS, has not been without problems. Debates on educational issues are always arguable because they involve many other stakeholders such as politicians and the community (Asmal, 2003). In the past, South African education reflected the fragmented society in which it was based and hardly created conscientious, critical citizens. Education as a means of undemocratic social control created individuals who were not only short changed but were also compartmentalized along racial and cultural lines. The education system also failed to address the democratic principles based on access, full participation and equity (Asmal, 2003). The objectives of the policy on E-education in the schools’ white paper on Eeducation are that every South African learner both in General and Further Education and Training (GET and FET) will be information and communication technology-capable by 2013. Asmal went on to say that every school in General and Further Education and Training will turn into E-schools (Asmal, 2003, p. 4). The GET band here refers to Grades 7, 8 and 9 and the FET refers to Grades 10, 11, and 12. With this as background, the researcher intended to understand whether or not the teaching and learning of computer literacy occurred in a constructive way, and one that will equip learners with relevant computer literacy skills required in the workplace; skills that will enable learners to solve economic, political and societal problems. Meyer, Barber and Pfaffenberger (1999, p. 56) argue that: “Computers play key roles in our societies as they guide aircraft to safe landings, help surgeons perform tricky operations and route calls through a phone system”. The research took place in two high schools in rural areas in the Greytown area. The two high schools have computers and are teaching computer literacy starting from Grade 8 and continuing to Grade 12. This study focused on Grade Nine as this grade is considered to be a preparatory stage when learners need to be shaped for the next grade (Grade 10) and begin to choose their career paths. / Thesis (M.Ed.)-University of KwaZulu-Natal, Edgewood, 2011.

People with vision impairments are under-represented in the workforce, largely due to discrimination. Also, in order to be qualified for most types of employment, people will need to be computer-literate in the future. Therefore, teaching computer literacy is an important part of postsecondary education. Particularly the availability of adaptive computer equipment and improvements in legislation prepare the ground for a computer-literate visually impaired person to achieve equality and become an integral part of the workforce.This thesis addresses the issues involved in teaching computer literacy for visually impaired students. It introduces several examples of computer literacy courses at institutions of post-secondary education, as well as discusses the CS 104 course designed and taught by Dr. Roy L. McCormick for visually impaired students at Ball State University. / Department of Computer Science

M.Ed. (Media Studies) / The twentieth century is characterised by technological development, and even more by electronic development. It is therefore logical that the computer is increasingly used in the labour market and at home. This puts greater pressure on schools to educate and train pupils to attain computer literacy. As it appears that teachers are insufficiently trained to convey these skills, there is a definite need for in-service training regarding computer literacy. The function and task of the media centre teacher are such that he is the most suitable person to present this in-service training. In-service training is non-formal and andragogically grounded. The presentation of in-service training must .therefore be based on specific principles. To be of any value it must be directed at the teacher's professional needs. These needs determine that in-service training may be presented from the macro-, meso- and microlevels. The direct involvement of the media centre teacher in computer literacy occurs at microlevel and it is indicated that In-service training and guidance are related matters. The computer, as an aid and a medium, has qualities which make it useful in education. Although the computer has many advantages as an educational medium, many didactitions object to its being regarded as a super medium. At present there are many limitations which curtail the maximal usage of the computer as an educational medium. The concept of computer literacy is non-static and differs from culture to culture and person to person; consequently a variety of knowledge and skills is needed for computer literacy. An effort has, however, been made to identify the generally valid knowledge and skills. A model of the guidance activity, as a teaching skill, has been applied to computer usage. The given reference framework and guidance activity are followed by guidelines for the media center teacher's androgenic guidance task regarding computer literacy.

Virtually all government and industry information and control systems rely upon computer professionals for systems development and maintenance. With the national workforce growing at only one percent annually and enrollments in computer and information sciences college programs declining, the need exists to obtain a continued contribution of good work from our existing workforce. A multiple-phase, multiple-case study research project was performed to develop an understanding of how technical currency is maintained, not as a discrete phenomenon, but within the setting of the work environment, considering project experiences, organizational relationships, professional preparation and continuing professional education, and individual motivation. Previous research indicated that project experiences contributed to, or provided a vehicle for, maintaining technical currency. Maintaining technical currency was found to require a continuous process involving organizational relationships, the individual's perceived value in the organization, constant assessments and evaluations of current and desired project involvement or position attainment, repeated and varied learning episodes, and actual project experiences. Individuals were motivated to take specific actions, such as participating in training courses, when such action was expected to yield a benefit. Project experiences alone were not sufficient to maintain technical currency, although they were an essential element. While formal education in preparation for a career was critical, formal courses did not contribute as significantly as other forms of continuing professional education to maintaining technical currency. A Technical Currency Model was generated that explains how individuals expend energy in one or more of five focus areas depending on their motivation at the time: (a) technical qualification for a project or position; (b) political qualification for a project or position; (c) performing on a project or in a position; (d) determining that change is appropriate; and (e) seeking the next project or position. / Ph. D.

Examines the use of Information and Communicative Technologies (ICT) by high school students from economically-disadvantaged households to complete homework assignments. Results of a survey of 240 high school students at an urban, inner-city high school located in Southern California, indicated, (1) the Digital Divide is narrowing among social classes, as most students reported having Internet access from their homes, (2) students willingness to embrace new uses of ICT in their studies, (3) the speed of completing homework was increased through the use of ICT multi-tasking and the use of search engines and, (4) computer maintenance issues were not a significant hindrance, as most students have some basic computer literacy skills.