In South Africa, the linguistic hegemony of English over the African languages in the academic field reproduces unequal power relationships between their speakers. The present study shows that an intervention shaped by a counterhegemonic ideology can change the attitudes of Black university students, key players in spearheading social change. Usign statistical analysis and survey methodologies, this research explored the hegemonic role of English as the only language of learning and teaching (LoLT) in the discipline of Computer Science (CS) at Rhodes University. The study found that those speakers of an African language who are the most disadvantaged by the use of English as LoLT are also the most likely to resist a more extensive use of their mother tongue as an alternative. A group of such students were involved in the development and use of an online glossary of CS terms translated, explained and exemplified in an African language (isiXhosa). This experience increased the support for the use of African languages as additional LoLT, even in the Englishdominated field of study of Computer Science. This is an initial step towards promoting linguistic equality between English and African languages and social equality between their speakers.

Higher education has been challenged to respond to the inequalities of the past. This required an education system that is more responsive to the needs of underprepared students. The question that arises is whether Higher Education Institutions (HEIs) curricula create opportunities for students to adhere to the demands of the world of work and to assist students to take responsibility for their own learning. The purpose of this study is to investigate the role of a responsive curriculum in optimising learning in higher education. An interpretative and descriptive qualitative approach was used in which semi-structured interviews and document analysis served as data collection techniques enabling the researcher to gain more depth in understanding the reality of the responsiveness of curricula used in the Department of Informatics at a Higher Education Institution in Gauteng. The study revealed that there is a dynamic but complex relationship between a responsive curriculum and optimisation of learning. Although the investigated curricula, responds to aspects of the knowledge domain, the findings seemed to indicate that there was not always a clear indication that the curricula fully respond to the needs of the students and industry. The findings further suggest that although content knowledge of the curricula plays a crucial role in the development of students, the needs of industry, society and students should also be met. Although the study’s results cannot be generalised due to the small sample, the researcher is of the opinion that more can be done to improve the state of the current curricula. Inclusive curriculum development training should be provided to all stakeholders (lecturers, students and industry). This descriptive study concludes with the suggestion of using a responsive curriculum model that would enable curriculum developers to design a responsive curriculum allowing students to experience optimal learning in higher education. / Curriculum and Instructional Studies / D. Ed. (Curriculum Studies)

University students learning object-oriented programming (OOP) encounter many complexities. This study undertook empirical research aimed at analysing learners’ interactions with the Alice visual programming environment, which seeks to engage and motivate learners to grasp concepts of OOP, whilst creating animated movies and video games. A mixed-methods approach was employed, using questionnaire surveys and interviews to investigate learners’ experiences with Alice and their understanding of OOP. Findings indicated that learners lacked problem-solving abilities; were unable to grasp programming concepts on an abstract level and spent insufficient time practicing programming exercises. Alice proved to be an effective tool in helping to address these challenges and in improving learners’ grasp of OOP. Learners found Alice to have good usability. Furthermore, test and exam results revealed a statistically significant difference between performances of learners who had been taught Alice in comparison to similar learners who were not exposed to the Alice intervention. / Computing / Information Systems / M. Sc. (Information systems)

This exploratory study sought to determine how the current science education curriculum at Nazarene Teachers College contributes to the final (third) year’s students’ career readiness from their own perspectives. A self-administered questionnaire was used for data collection. The target population was 150 third year students; 110 responded to the questionnaire which had a response rate of 79%. To describe the biographical information of the respondents, frequencies and percentages were used. Tables of frequency distribution were then used to deduce the respondents’ responses to the group of questionnaire questions that probe the various career readiness concepts. Scale reliability testing was also used to determine the reliability of career readiness concepts. An overall measure of career readiness was calculated for each respondent and the effect of biographical properties as part of evaluation of respondents. The empirical (quantitative survey)showed that the science education course at the Nazarene Teachers College indeed prepares the students for their career readiness with specific reference to the teaching profession although some aspects can be improved. Therefore, it was recommended that there should be increased time allocated to science education and its teaching approaches; that a suitable science laboratory with all the required equipment for experiential learning should be constructed; the current curriculum content with regards to the relevance for primary school science should be reviewed; and the lecturers should be workshopped on the use of interactive methods of teaching science to facilitate active engagement with students. This study reveals that the science education course at the Nazarene Teachers College strengthened the students’ attitudes towards teaching science; improved their skills and confidence to teach science and enabled them to focus on a learner-centred approach. Students indicated that the use of specific teaching methods and the use of teaching aids contributed in a significant way to their preparation as teachers in the classroom. However, the students rated the contribution science makes to society as of minor importance / Curriculum and Instructional Studies / M. Ed. (Natural Science Education)