No description available.

No description available.

The literature review shows that gender inequality in computer use exists today. The inequality begins at birth with society giving boys and girl's roles that they have to play. One possible solution to gender inequality in computer use is to put a gender equity program in place at public schools. Such a program would have to be woven into teaching practices and school activities to strengthen girls' confidence and their ability to achieve in computers.

Purpose of the project is to determine whether Merit Software program, "Write it right" could be effective in a whole class setting (using one computer) rather than in a computer lab. The further purpose was to identify if this strategy was more effective than the use of the traditional textbook method of grammar study in the ninth grade. Lesson plans and a software description are included.

Computers are excellent tools and assistants in foundation-phase classrooms. Computer-assisted instruction (CAI) influences the way teachers teach, as well as the way learners learn with regard to the curriculum. The responsibility for providing foundation phase-learners with educationally appropriate computer experiences in literacy, numeracy and life skills rests with the educators because the learners' progress in learning depends on the skills, attitudes and ingenuity of the educators, and the software they select for the learners. Educators should have the vision, the knowledge and the experience to introduce and apply CAI to benefit every learner in the didactic situation. Educators' general lack of knowledge and skills in this area has necessitated the compilation of didactic guidelines. The guidelines emerged from the literature that was consulted for this study. These guidelines should assist educators in providing successful CAI for learners. / Educational Studies / M.Ed.

Thesis (PhD (Education Policy Studies))--University of Stellenbosch, 2006. / Information is a necessary resource, produced by information systems and is a key building block to the management and decision-making in any organisation. The National Department of Education’s guidelines to establish Education Management Information Systems (EMIS) in provincial departments is a recognition that proper management, planning and evaluation are contingent on quality data, data that is complete, relevant, accurate, timely and accessible. The lack of quality data and the lack of integration with other information systems hamstring the effective use of EMIS. This study addresses these limitations in three basic objectives: a) developing an information systems development model, b) applying the model in a real-life context of the development of the Western Cape EMIS, and c) applying quantitative methods on integrated data sets derived from the EMIS in the Western Cape and other information systems. The study culminates in the development of a four-phase process model for developing and using EMIS in an integrative manner that would provide a more comprehensive picture for policy and decision-making. It outlines the establishment of an information systems development (ISD) model that integrates innovative emerging trends, such as improvisation, bricolage and sensemaking, in designing and implementing information systems. These approaches postulate that beyond the numbers and quantifiable world there is a complex reality that traditional approaches do not always capture. These include, amongst other things, the atmosphere, culture and structure of an organization, together with the behaviour, emotions, knowledge and experiences of all the people who in one way or another interact with the information system. The research presents an empirical application of this developed ISD model in education management information system (EMIS) and underscores the role of information systems in everyday practice. This work practice (Practice-in-Action) approach is used to describe how the day-to-day actions and practical experiences of role players contribute to the design, development, implementation, testing, maintenance and improvement of the EMIS and is used as a lens for understanding ISD. The study further uses quantitative methods, namely education production function and learner flow-through models, to illustrate how the process of knowledge discovery in large data sets in EMIS could be facilitated. The education production function aims to identify those variables that could have a significant influence on the achievement of students in the matriculation examination. The learner flow-through models attempt to measure the effect of learner dropout and repetition on internal efficiency of the education system. Data analysis was facilitated through integration of data sets from various sources, and in turn illustrates the important role of bricolage in ISD. Through this analysis, the role of information systems of this nature to make sense of reality was highlighted. Policy making then can build on the findings from such data analyses to investigate in greater depth any trends or emerging problems, going beyond only the quantitative and macro level analysis by studies at the qualitative and micro levels.

published_or_final_version / Education / Master / Master of Education

Computers are excellent tools and assistants in foundation-phase classrooms. Computer-assisted instruction (CAI) influences the way teachers teach, as well as the way learners learn with regard to the curriculum. The responsibility for providing foundation phase-learners with educationally appropriate computer experiences in literacy, numeracy and life skills rests with the educators because the learners' progress in learning depends on the skills, attitudes and ingenuity of the educators, and the software they select for the learners. Educators should have the vision, the knowledge and the experience to introduce and apply CAI to benefit every learner in the didactic situation. Educators' general lack of knowledge and skills in this area has necessitated the compilation of didactic guidelines. The guidelines emerged from the literature that was consulted for this study. These guidelines should assist educators in providing successful CAI for learners. / Educational Studies / M.Ed.

M.Ed. (Information and Communication Technologies in Education) / The use of ICT at all levels in the schools has been shown to have a positive impact on teaching and learning, in particular of Mathematics. In South Africa, Dinaledi schools have been given ICT resources by the former Department of Education (South Africa) with the aim of improving Grade 12 results, particularly in Mathematics. This study aims to assess the use of ICT for learning in the selected Dinaledi School, with an additional focus on Mathematics learning in grade 8 to 12, and to provide guidelines for the use of ICT in the Dinaledi schools, and specifically to support Mathematics learning. The ‘mixed–method’ study comprised several sets of data, both quantitative and qualitative, using a sequential-mixed-method-explanatory design for the case of the selected Dinaledi School, Kone High School (Fictitious name), situated in the Limpopo Province, to determine how ICT resources are used in the teaching and learning, and also for Mathematics. In the quantitative phase, quantitative data was collected by means of structured questionnaires on the use of ICT from the principal, teachers and students. The University of Johannesburg’s STATKON unit analysed the data, and confirmed the latent theoretical constructs that were embedded in the questionnaire. To clarify the results, in the follow-up qualitative phase, the principal, teachers and students were interviewed on the use of computers. Other quantitative data were sourced from official end-of-year matric results. Both teachers and students pointed that the ICT resources were not sufficiently used in teaching and learning, in particular for Mathematics, although in contrast it appeared that the principal believed that the ICT resources were sufficiently used for teaching and learning. The study concluded that ICT was not an important driver of teaching and learning in this Dinaledi school and it did not play the role in teaching and learning at Kone High School, as is envisioned for Dinaledi schools.

The purpose of the project was to create a program of instruction that seamlessly meshed with my current emergent literacy curriculum, a popularly used phonics program entitled Zoo-phonics, which can easily be applied by other kindergarten teachers using the same phonics instruction program.