Objective: The study investigates first-year teacher education students’ self-directed learning through Computer-Aided Mathematics Instruction (CAMI).Methods: A total of 230 first-year mathematics teachers specialising in Further Education and Training (FET) phase teaching participated in the study, where responses from 50 student teachers were purposively and conveniently selected to report on in this paper. A qualitative research method approach was used and open–ended questionnaires were utilised to collect the data for first-year teacher education students’ self-directed learning. The questionnaires were analysed using descriptive data analysis.Results: Results of the study revealed that CAMI was used to monitor students’ learning, the time the learning takes place, the performance of the student within the duration of time, and to evaluate student performance. The results also revealed the skills that characterised self-directed learning and active learning where the student teachers were motivated to learn more and to solve difficult problems in mathematics.Conclusions: The study recommends technology integration, such as CAMI, in teacher education and teaching and learning in the Higher Education Institutions (HEIs), to promote self-directed learning and support effective learning for future learners.

Therefore, mathematics, which affects lives, has great significance in secondary schools and TVET colleges as a lesson. Hence, it is essential to teach mathematics' subjects with technology which can be the way that will give learners

This paper reports on introducing a techno-blended model for science teaching in South African senior secondary schools. Technological Pedagogical Content Knowledge (TPACK) framework was used as a lens for the interpretation of pre-service science teachers' use of the GammaTutor tool in the classroom for collaboration and creativity. The study employed an interpretivist multi-case design that purposefully sampled ten pre-service science teachers. Data were collected through non-participatory classroom observation and interviews. Data were then analysed qualitatively using deductive approaches with a modified version of TPACK as an analytical framework. The study found that pre-service science teachers were enthusiastic about using the GammaTutor tool because they believed it engaged their learners in the teaching-learning process and facilitated the assessment of tasks. The pre-service teachers felt that the GammaTutor tool enhanced their instruction by expanding their access to teaching-learning resources and personalising instruction. Additionally, the pre-service teachers discussed their concerns, particularly in assisting underperforming learners and effectively utilizing inquiry-based instruction using the GammaTutor tool. Notwithstanding certain apparent drawbacks, the study contributes to our understanding of how the TPACK concept might be employed as a framework for analysis in a particular situation. More crucially, teaching and learning are founded on the thorough integration of technological tools in day-to-day classroom activities.

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Good pedagogy practices require a comprehensive list of strategies that will sustain and produce students in a specific content domain. The aim of this chapter is to explore vocational pedagogic practices in classrooms and workshops at technical and vocational education training (TVET) colleges. A closed-ended Likert-type questionnaire on vocational pedagogic practices was administered to the students, while interviews were conducted on the pedagogic practices in the classroom and workshop with the lecturers. Convenient and purposive sampling were used for the selection of the participants. The study sample was 58 students and four lecturers. Data was collected through semi structured interviews and a student's questionnaire. The interviews were transcribed, and each transcription was measured with the purpose to explore vocational pedagogic practices in classrooms and workshops at TVET colleges. The percentage of each item of the questionnaire was analysed through frequency distribution using Microsoft Excel. The findings showed that the NATED section of the TVET colleges is mainly for theory where the NC (V) section is for practical. Some parts of the TVET colleges' curriculum are not satisfactory and the hands-on practical activities that are a true reflection of workplace activities are not presented adequately in the curriculum. Based on the findings, the chapter suggests that the TVET colleges' curriculum be revised and updated in order to meet the standard requirements and the lecturers should be upgraded especially on hands-on practical activities in order to prepare the students to meet the companies' requirements.