A dissertation submitted to the Faculty Of Education in fulfillment of the requirements for the Degree Of Master Of Education in the Department Of Foundations of Education at the University Of Zululand, 2018 / Principals are facing challenges in managing the teaching of Agricultural Sciences in the FET band, and this leads to some schools phasing out Agricultural Sciences. The aim of this study was to investigate the factors contributing to challenges principals experience in managing the teaching Agricultural Sciences in the FET band. The study adopted mixed methods approach and used quantitative and qualitative methods. Questionnaires were used to collect quantitative data and were completed by forty teachers. An interview schedule was employed to collect qualitative data, and ten principals were interviewed. Simple random sampling was used to select participants for quantitative data and purposive sampling was employed in the selection of participants for qualitative data. Quantitative data was analyzed through the Statistical Package for Social Science (SPSS) version 24 while qualitative data was analyzed thematically. The study revealed that principals lack managerial skills in the teaching of Agricultural Sciences. It was recommended that principals should be capacitated in managerial skills of teaching the subject, and this should be a continuous process because of the constant curriculum changes. / National Research Foundation of South Africa (Grant Number:CPT160513164973 and 105246)

Published Aticle / This article reports on the experiences of Mathematics educators during the implementation of the National Curriculum Statement (NCS) in Grades 10 - 12. The study is contained in five different, but educationally related constructs addressing training, problem areas which challenge or appeal to Mathematics educators, lesson planning, assessment strategies and the effective integration of OBE in the teaching of Mathematics. A mixed methods design was used, with data being collected and collated using questionnaires and semi-structured interviews. The quantitative data employed descriptive data analysis, while the qualitative data was analysed by identifying differences and similarities. The study revealed that educators differed in terms of the problems they encountered with implementing the NCS in Mathematics. They agreed, however, that the implementation was successful and that it contributed to better teaching.

Thesis (Ph.D. (Education))--North-West University, Potchefstroom Campus, 2008.

When Outcomes-Based Education (OBE) reached the Further Education and Training (FET) band in 2006, teachers were confronted for the first time with a new curriculum that challenged them to implement a learner-centred approach to teaching, learning and assessment. Since assessment is seen as the heart of effective teaching and learning, this research was aimed at establishing how effective teachers of English First Additional Language (EFAL) in the FET band were in implementing Outcomes-Based Assessment (OBA). A thorough literary survey on OBE and OBA was conducted. This survey included a study of the principles and philosophical underpinnings of OBE and the clarification of the key concepts of OBE and OBA. Various documents on the teaching, learning and assessment of English Second Language from the Departments of Education in New Zealand, Canada and Australia were studied to gain an international perspective. This was followed by an analysis of South African policy documents on the teaching, learning and assessment of EFAL. Empirical research was conducted by means of a survey in which both qualitative and quantitative methods of data collection were used. The data analysis revealed that teachers of EFAL in the FET band experience problems with the practical implementation of the curriculum and the assessment thereof. Problems were mainly experienced with setting achievable outcomes, designing lessons, teaching material and learning activities, teaching and assessing in a learner-centred way, employing the most appropriate types and methods of assessment and using feedback to enhance learning. A model for assessment has been designed to fill the gap left between the theory of OBE and OBA as expressed in the NCS for EFAL and the successful, practical implementation thereof. It is anticipated that this model will contribute to the improvement of teaching, learning and assessment of EFAL in the FET band in public schools. / Thesis (Ph.D. (Education))--North-West University, Potchefstroom Campus, 2008.

Since its inception, the Outcomes-Based Education (OBE) curriculum in South Africa has caused much confusion and frustration among teachers, especially with regard to the implementation of Outcomes- Based Assessment (OBA). From the onset of the implementation of OBE in South Africa, teachers were confronted with unfamiliar challenges with regard to teaching, learning and assessment. Most teachers experienced these challenges as very stressful, because they were inadequately prepared for the didactical paradigm shift. This resulted in a general degree of negativity and resistance towards OBE amongst teachers. In particular, there seemed to be much confusion and frustration about the workload and administrative burden that OBA imposed on teachers. In the light of the afore-mentioned, the researcher wished to determine how the teachers from the North- West Province experience the OBA of Physical Sciences in the Further Education and Training (FET) Band. In order to achieve the aim and objectives of the research, a literature study as well as an empirical investigation was undertaken. The literature study focused on OBA, OBE, and the National Policy Document on the teaching, learning and assessment of Physical Sciences in the FET Band. For the purposes of the empirical investigation, quantitative and qualitative data were collected by means of a questionnaire that was distributed among a sample of teachers who taught Physical Sciences in the FET Band schools in the North-West Province. The data were quantitatively and qualitatively analyzed and on the basis of the findings the following conclusions were drawn: • Although most participants indicated that they received training in OBA and were in possession of the relevant National Curriculum Statement (NCS) documents, some of their responses indicated a lack of practical implementation skills. It also transpired that some of the participants experienced a lack of resources and inadequate support from subject advisors in implementing OBA. • Participants experienced the following obstacles with regard to the assessment of Physical Sciences in the FET Band: - inadequate training to conduct practical work; - a complicated and confusing NCS document that does not contain clear guidelines; - an overloaded curriculum; and - limited resources, time constraints, overcrowded classrooms and an overloaded curriculum make practical work and experimentation very difficult. On the basis of the findings emanating from the research, a model for the implementation of OBA of Physical Sciences in the FET Band was proposed to close the gap between the theory and assessment practice. / Thesis (PhD (Natural Science Education))--North-West University, Potchefstroom Campus, 2013.

Since its inception, the Outcomes-Based Education (OBE) curriculum in South Africa has caused much confusion and frustration among teachers, especially with regard to the implementation of Outcomes- Based Assessment (OBA). From the onset of the implementation of OBE in South Africa, teachers were confronted with unfamiliar challenges with regard to teaching, learning and assessment. Most teachers experienced these challenges as very stressful, because they were inadequately prepared for the didactical paradigm shift. This resulted in a general degree of negativity and resistance towards OBE amongst teachers. In particular, there seemed to be much confusion and frustration about the workload and administrative burden that OBA imposed on teachers. In the light of the afore-mentioned, the researcher wished to determine how the teachers from the North- West Province experience the OBA of Physical Sciences in the Further Education and Training (FET) Band. In order to achieve the aim and objectives of the research, a literature study as well as an empirical investigation was undertaken. The literature study focused on OBA, OBE, and the National Policy Document on the teaching, learning and assessment of Physical Sciences in the FET Band. For the purposes of the empirical investigation, quantitative and qualitative data were collected by means of a questionnaire that was distributed among a sample of teachers who taught Physical Sciences in the FET Band schools in the North-West Province. The data were quantitatively and qualitatively analyzed and on the basis of the findings the following conclusions were drawn: • Although most participants indicated that they received training in OBA and were in possession of the relevant National Curriculum Statement (NCS) documents, some of their responses indicated a lack of practical implementation skills. It also transpired that some of the participants experienced a lack of resources and inadequate support from subject advisors in implementing OBA. • Participants experienced the following obstacles with regard to the assessment of Physical Sciences in the FET Band: - inadequate training to conduct practical work; - a complicated and confusing NCS document that does not contain clear guidelines; - an overloaded curriculum; and - limited resources, time constraints, overcrowded classrooms and an overloaded curriculum make practical work and experimentation very difficult. On the basis of the findings emanating from the research, a model for the implementation of OBA of Physical Sciences in the FET Band was proposed to close the gap between the theory and assessment practice. / Thesis (PhD (Natural Science Education))--North-West University, Potchefstroom Campus, 2013.

When Outcomes-Based Education (OBE) reached the Further Education and Training (FET) band in 2006, teachers were confronted for the first time with a new curriculum that challenged them to implement a learner-centred approach to teaching, learning and assessment. Since assessment is seen as the heart of effective teaching and learning, this research was aimed at establishing how effective teachers of English First Additional Language (EFAL) in the FET band were in implementing Outcomes-Based Assessment (OBA). A thorough literary survey on OBE and OBA was conducted. This survey included a study of the principles and philosophical underpinnings of OBE and the clarification of the key concepts of OBE and OBA. Various documents on the teaching, learning and assessment of English Second Language from the Departments of Education in New Zealand, Canada and Australia were studied to gain an international perspective. This was followed by an analysis of South African policy documents on the teaching, learning and assessment of EFAL. Empirical research was conducted by means of a survey in which both qualitative and quantitative methods of data collection were used. The data analysis revealed that teachers of EFAL in the FET band experience problems with the practical implementation of the curriculum and the assessment thereof. Problems were mainly experienced with setting achievable outcomes, designing lessons, teaching material and learning activities, teaching and assessing in a learner-centred way, employing the most appropriate types and methods of assessment and using feedback to enhance learning. A model for assessment has been designed to fill the gap left between the theory of OBE and OBA as expressed in the NCS for EFAL and the successful, practical implementation thereof. It is anticipated that this model will contribute to the improvement of teaching, learning and assessment of EFAL in the FET band in public schools. / Thesis (Ph.D. (Education))--North-West University, Potchefstroom Campus, 2008.

Several misconceptions show up when learners answer questions on Chemical Equilibrium during examinations. Literature from other researchers shows similar trend of misconceptions (Johnstone, 2000; Morais, Paiva and Barros, 2007; Adesoji and Babatunde, 2008) for example, ‘apply pressure to the reactants’ (Johnstone, 2000). This shows that Chemistry has no meaning to these learners and they end up with misconceptions as they try to memorise facts in order to pass examinations. Learners are taught before writing these examinations, but how are they taught the concepts of Chemical Equilibrium? A descriptive approach was used on an exploratory survey conducted in Thohoyandou Cluster among Physical Science (Chemistry) FET band Educators. Cluster sampling of 40 educators from 18 randomly sampled schools responded to questionnaires. Five ‘well experienced’ educators who have been producing ‘good’ results at Grade 12 NSC examinations and two Physical Sciences subject advisors were interviewed. Using Spearman Brown Split-Half statistical method a 0,891 reliability coefficient was obtained. Research results show lack or under utilisation of laboratory equipment, teaching strategies which promote rote learning. Lack of confidence of educators due to deficiency in topic content knowledge and pedagogical skills which promote conceptual understanding were identified. Problem of English language leading to communication breakdown between educator-learners and between learner-subject leading to emergency of knowledge gaps in learners. Educators consider professional development through re-training and workshops on subject content matter and teaching strategies as the way forward to improve the quality of teaching. Topic specific PCK focusing on problem-solving strategy was recommended as a means to increasing educators’ efficiency in teaching and enhance learners’ comprehension and achievement in Physical Science. / Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education (Chemistry Education))

Several misconceptions show up when learners answer questions on Chemical Equilibrium during examinations. Literature from other researchers shows similar trend of misconceptions (Johnstone, 2000; Morais, Paiva and Barros, 2007; Adesoji and Babatunde, 2008) for example, ‘apply pressure to the reactants’ (Johnstone, 2000). This shows that Chemistry has no meaning to these learners and they end up with misconceptions as they try to memorise facts in order to pass examinations. Learners are taught before writing these examinations, but how are they taught the concepts of Chemical Equilibrium? A descriptive approach was used on an exploratory survey conducted in Thohoyandou Cluster among Physical Science (Chemistry) FET band Educators. Cluster sampling of 40 educators from 18 randomly sampled schools responded to questionnaires. Five ‘well experienced’ educators who have been producing ‘good’ results at Grade 12 NSC examinations and two Physical Sciences subject advisors were interviewed. Using Spearman Brown Split-Half statistical method a 0,891 reliability coefficient was obtained. Research results show lack or under utilisation of laboratory equipment, teaching strategies which promote rote learning. Lack of confidence of educators due to deficiency in topic content knowledge and pedagogical skills which promote conceptual understanding were identified. Problem of English language leading to communication breakdown between educator-learners and between learner-subject leading to emergency of knowledge gaps in learners. Educators consider professional development through re-training and workshops on subject content matter and teaching strategies as the way forward to improve the quality of teaching. Topic specific PCK focusing on problem-solving strategy was recommended as a means to increasing educators’ efficiency in teaching and enhance learners’ comprehension and achievement in Physical Science. / Science and Technology Education / M. Sc. (Mathematics, Science and Technology Education (Chemistry Education))