Curriculum innovation implementation for industrialization: A case of education 5.0 pre-service science and mathematics teacher preparation

Alois Matorevhu
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Abstract

Higher and tertiary education graduates in any country should possess job – relevant knowledge and skills to meet needs of industry. Consistent with this, the Ministry of Higher and Tertiary Education, Science, and Technology Development of Zimbabwe, adopted Education 5.0, comprising  five components: teaching, research, community service, innovation, and industrialization.  This case study sought to explore the understanding by science and mathematics teacher educators of Education 5.0 curriculum innovation implementation at 3 teachers’ colleges in Zimbabwe. Science and mathematics teacher educators, purposively sampled participated in focus group discussions. To gain insight on Education 5.0 curriculum innovation implementation, policy documents were analyzed. Emergent themes were interpreted, guided by the interpretivist paradigm, which acknowledges multiple realities. Findings show that science and mathematics teacher educators were positive that Education 5.0 curriculum innovation implementation would cause socio – economic development. However, diverse interpretations of the Education 5.0 curriculum innovation seemed to threaten successful implementation. Therefore, curriculum innovation developers should ensure that implementers understand the envisaged innovation implementation to counter the adverse effects of diverse ontologies. Also, conditions should be conducive to successful curriculum innovation implementation.
面向产业化的课程创新实施:以教育5.0职前科学与数学教师培养为例
任何国家的高等教育毕业生都应具备与工作相关的知识和技能,以适应行业的需要。与此一致,津巴布韦高等和高等教育、科学和技术发展部采用了教育5.0,包括五个部分:教学、研究、社区服务、创新和工业化。本案例研究旨在探讨津巴布韦3所师范学院的科学和数学教师教育者对教育5.0课程创新实施的理解。科学和数学教师教育工作者,有意抽样参加焦点小组讨论。为深入了解教育5.0课程创新实施情况,对政策文件进行分析。在承认多重现实的解释主义范式的指导下,对新兴主题进行了解释。调查结果显示,科学和数学教师教育工作者对教育5.0课程创新的实施会促进社会经济发展持肯定态度。然而,对教育5.0课程创新的不同解释似乎威胁到成功实施。因此,课程创新开发者应确保实施者理解设想的创新实施,以应对不同本体论的不利影响。此外,还应具备有利于课程创新成功实施的条件。
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