scholarly journals Die verband tussen wetenskap en tegnologie: ‘n Tegnologie-onderwysperspektief

Author(s):  
Willem J. Rauscher

Die aankondiging deur die Suid-Afrikaanse Minister van Basiese Onderwys dat Natuurwetenskappe en Tegnologie voortaan in die Intermediêre Fase gekombineer gaan word, skep verskeie uitdagings wanneer dit kom by die uitvoering van hierdie aankondiging. Die vraag oor wie vir die onderrig van hierdie nuwe gekombineerde vak, Natuurwetenskap en Tegnologie, verantwoordelik gaan wees, is problematies. Uit die nuwe Curriculum and Assessment Policy Statement [Kurrikulum- en Assesseringsbeleidverklaring] (CAPS, Department of Basic Education 2011) wil dit voorkom asof wetenskaponderwysers daarvoor verantwoordelik sal wees om Natuurwetenskap en Tegnologie in die Intermediêre Fase te onderrig. Die meeste wetenskaponderwysers in Suid-Afrika beskik egter oor gebrekkige opleiding in tegnologie-onderwys en het dus nie ‘n grondige begrip van die aard van tegnologie of die onderlinge verband met wetenskap nie. Dit kan rampspoedige gevolge vir tegnologieonderwys inhou, want dit kan byvoorbeeld bepaal hoe hierdie vak onderrig en hoe die inhoud geprioritiseer word. Op sy beurt kan dit weer die persepsie ondersteun dat tegnologie ‘n vorm van toegepaste wetenskap, dus ondergeskik aan wetenskap is, en uiteindelik sy status as skoolvak teenoor wetenskap verloor. Die doel van hierdie artikel is om ‘n oorsig te gee van die literatuur oor die verband tussen wetenskap en tegnologie en om die mite dat tegnologie toegepaste wetenskap is, die nek in te slaan. Daar word gehoop dat hierdie artikel die aandag daarop sal vestig dat tegnologie-onderwys tot ‘n derderangse vak afgewater sal word indien die persone wat vir die onderrig daarvan verantwoordelik is nie ten minste deeglik verstaan wat die onderlinge verband tussen wetenskap en tegnologie is nie.The relationship between science and technology: A technology education perspective. The South African Minister of Basic Education’s announcement that Natural Sciences and Technology should be combined in the Intermediate Phase can pose various challenges when it comes to the execution stage. The question as to who will be responsible for teaching this new combined subject, called Natural Sciences and Technology, is problematic. The Curriculum and Assessment Policy Statement (CAPS, Department of Basic Education 2011) seems to suggest that Science teachers will be responsible for the teaching of Natural Sciences and Technology in the Intermediate Phase. Most science teachers in South Africa however, have had inadequate training in Technology education and, therefore, do not have a sound understanding of the nature of Technology or its inter-connectedness with Science. This can have disastrous consequences for Technology education. It can, for example, determine how this subject will be taught and how content is prioritised. This in turn, can perpetuate the perception that Technology is a form of applied science and therefore, inferior to Science, which will lead to Technology losing its status as a school subject in relation to Science as a school subject. The purpose of this article is to provide an overview of the literature on the relationship between science and technology and to debunk the myth that technology is applied science. It is hoped that this article will draw attention to the danger of Technology education being diluted to a lesser subject if the persons responsible for the teaching of this combined subject do not at least have a proper understanding of the relationship that exists between science and technology.

Author(s):  
Vincentas Lamanauskas

The perspectives of the improvement of natural science and technology education remains actual at all levels of an education system. Rapid development of science and technologies creates new challenges for an education system. Undoubtedly, natural science and technology education is a major factor of economic development of society. Deep concern is created by that fact that in some countries the tendency of decrease in the interest of youth to science in general is observed. It is obvious that it is necessary to reconsider the existing strategies of natural science and technology education. In this regard it is important to develop qualitatively new strategies and techniques of teaching and learning. A key task, there is a development of professional competences of science teachers, systemic improvement of teacher education in universities. Two important events are briefly presented in this editorial. The first Baltic Symposium on science and technology education was organized in Lithuania in June 2015. During the symposium participants shared experience, presented the latest scientific researches, and also examined some perspectives of natural science and technology education in the Baltic States. The second event is scientific methodical conference “Natural Science Education in a Comprehensive School” which is focused on school practice. It was organized in the Veisiejai gymnasium in April 2015. The presented scientific events undoubtedly have an influence on a development of science and technology education in general. Key words: science and technology education, scientific conference, school practice.


1975 ◽  
Vol 7 (1) ◽  
pp. 1-4 ◽  
Author(s):  
John A. Ewing

The historical development of Agricultural Economics as a field of applied economics has been well-documented in books and journals by scholars within the profession. The relationship of Agricultural Economics to other social, biological and natural sciences has changed as the discipline has emerged and as forces of science and technology have been brought to bear on problems of our society.The objective of this paper is to define or establish the parameters of Agricultural Economics but offer personal views on how economic forces within our economy have influenced program development in research involving many disciplines. In this process I will emphasize some of the areas where Agricultural Economics has made a major contribution and, in my judgement, can play an important role in the future.


1995 ◽  
Vol 3 (1) ◽  
pp. 61-71 ◽  
Author(s):  
Jens Erik Fenstad

An integrated science and technology policy is both complex and urgent. We have gradually come to understand that the relationship between science and technology is not neat and linear: it is not a case of first some basic science; thereafter some design and development; and then products, profits and the end to unemployment! A comprehensive science and technology policy is not a matter which is internal to science and technology, it also lies within the domain of several of the social sciences. This article reflects, in some generality, upon the relationship between the social and natural sciences, and examines some of the differences and similarities in methods and models as used by the social and natural sciences.


2020 ◽  
Vol 10 (2) ◽  
pp. 116
Author(s):  
Cedric Bheki Mpungose

Post-apartheid South African curriculum reforms, from outcomes-based education (OBE) to the Curriculum and Assessment Policy Statement (CAPS), resulted in different challenges. Teachers, in particular those teaching Physical Sciences in the Further Education and Training (FET) phase from Grades 10-12, were expected to cope with changes and master Physical Sciences curriculum for the attainment of good results, but were unable to do so because they were missing an understanding of curriculum concepts. The success of any curriculum depends on ten fundamental and broad curriculum concepts: rationale, goals, activities, assessment, accessibility, resources, content, roles, environment, and time. However, empirical findings show that Grade 12 Physical Science teachers in South African schools still struggle to understand and contextualise curriculum concepts in order to redefine specific CAPS Physical Science concepts. Consequently, this conceptual study uses Van den Akker (2004) curriculum spider web concept framework in reconceptualising Grade 12 CAPS Physical Science concepts. This study argues that teaching without knowing specific subject curriculum concepts can lead to poor teacher performance and poor subject results, this study concludes by proposing a formal, non-formal and informal framework for CAPS Physical Science to resolve this.


Author(s):  
Senzeni Sibanda ◽  
Awelani M Rambuda

The purpose of this research was to explore the implementation of formal assessments in intermediate phase mathematics at primary schools. The research was elicited by reports that assessment methods and procedures for tackling learners’ needs had been observed to be insufficient in South African schools. The study is grounded in Piaget’s cognitive constructivism and Vygotsky’s social constructivism. The researchers conducted document analysis of teachers’ portfolios which were purposefully selected. Nine teachers– three from each of Grades 4 to 6 were sampled. The portfolios were analysed to establish whether the implementation of the formal assessments was aligned with the Curriculum and Assessment Policy Statement requirements. A checklist was used to determine teachers’ implementation of formal assessment. Measures of central tendency were used to analyse data. The results revealed that teachers were not developing the abilities of learners in handling complex mathematical procedures as per the requirements of the policy. This implies that learners lacked the ability to break down mathematical problems into different factors or constituent parts. Learners were given a test instead of a project or investigation. Hence teachers were not promoting cooperative learning which is advocated by the policy. Therefore, teachers should be assisted by knowledgeable colleagues and subject advisors in their adoption and use of assessment. There must be a close examination of the classroom observation tools that are currently being utilised. Classroom observation assists teachers to improve their assessment strategies. The Department of Basic Education should supply tablets to primary schools to promote social constructive interaction amongst teachers and learners to enhance effective teaching and learning.


2020 ◽  
Vol 11 (1) ◽  
Author(s):  
Maryna M. De Lange ◽  
Christine Winberg ◽  
Hanlie Dippenaar

Background: The Progress in International Reading Literacy Study (PIRLS), and similar international assessments, have consistently shown South African intermediate phase learners’ performance to be among the lowest worldwide. Of particular concern is the Curriculum and Assessment Policy Statement (CAPS) for Home Language in the Intermediate Phase and, specifically, the document’s treatment of the assessment of reading comprehension.Objectives: In this study, the CAPS requirements for assessing reading comprehension were examined, with the aim of laying the groundwork for an improved policy framework.Method: The research design of the study involved evaluating the assessment of reading comprehension in the CAPS document, using a social realist approach to uncover its underlying structures and mechanisms.Results: The study found that a principled approach to the assessment of reading comprehension was lacking, which had a cumulative effect across the CAPS document, resulting in random, yet highly prescriptive, requirements.Conclusion: The study concluded that CAPS does not provide adequate guidance for improving reading comprehension and, moreover, that the prescribed programme of assessment is not supported by the research literature on reading comprehension. The study recommends that better, more evidence-informed and consultative policies and guidelines be introduced to support teachers in the assessment – and, ultimately, the improvement – of intermediate phase learners’ reading comprehension.


Author(s):  
Rechallda J. Mouton ◽  
Janelize Morelli

This article proposes a conceptual framework to understand the relationship between musicking and Personal and Social Well-being for intermediate phase learners. We analysed the intermediate phase life skills Curriculum and Assessment Policy Statement (CAPS) document to create a priori codes. We employed these codes to analyse literature on musicking and well-being. Through this analysis, it became clear that it is possible to apply musicking as a means to teach Personal and Social Well-being outcomes in the intermediate phase life skills CAPS provided teachers view musicking as cultural and moral education. This article presents a conceptual framework resting on nine propositions that need to be addressed if teachers wish to teach personal and social well-being through musicking.


2014 ◽  
Vol 3 (3) ◽  
Author(s):  
Abigail Mgboyibo Osuafor ◽  
Josephine N Okoli

This study was aimed at finding out the attitude of non-science specialist teachers to teaching of basic science and technology and the difficulties they encounter while teaching the subject. The descriptive survey involved 126 Primary six non-science specialist teachers in Primary schools in Anambra State of Nigeria. The study was guided by two research questions. A structured 20-item questionnaire developed by the researchers was used to collect data. Data were analyzed using frequencies and mean. Results show that: (1) Non-science specialist teachers teaching basic science and technology have positive attitude towards the subject. (2) The teachers do not find it difficult to comprehend basic science and technology textbooks, they can operate the equipment and perform simple experiments, they can improvise the equipment and materials they use in teaching and they understand the concepts involved. (3) Inadequate teaching materials, pupils not being able to understand science and technology lessons, difficulty in explaining some concepts in mother tongue and teacher training program being mainly theory-oriented were some of the problems encountered by the non-science specialist teachers in teaching basic science and technology. Based on these results, recommendations were made some of which are that the serving teachers should be provided with regular in-service training through workshops, all pre-service (trainee) teachers should be exposed to the rudiments or introductory aspects of science and technology, and efforts should be made to create Igbo names for the science and technology terminologies and equipments to enable the teachers to communicate ideas to the pupils clearly.


Author(s):  
Maija Aksela ◽  
Veli- Matti Vesterinen

Welcome to the final issue of the first volume of LUMAT. With two regular issues, three special issues, eleven research articles, two perspective articles and thirty general articles published, the first volume of LUMAT has been a success. With three special issues and two regular issues lined up for the second volume, we hope to continue publishing quality articles on research and practice in math, science and technology education. The purpose of the journal is to share good practices, and present especially Finnish but also international know-how in the field of math, science and technology education. With this purpose in mind, it has been a pleasure to publish several manuscripts from our colleagues around the globe. Also this final issue of the first volume includes articles from Finnish as well as international educational researchers. The first article, by Jeronen, Karjalainen, Kuoppala, Sääskilahti and Tirri discusses the new student admission process of subject teacher education. Their topic is especially interesting, as the coming years are about to bring changes to student admission processes of Finnish universities. The second article is a product of an international collaboration with Finnish and North American researchers. The study by Tolppanen, Rantaniitty, McDermott, Aksela and Hand investigates how Finnish comprehensive school students received a multimodal writing lesson. They conclude that general writing skills benefit students in production of multimodal writing during science lessons. The last study published in this issue discusses the use of classroom response systems (also known as clickers) in physics teacher education. According to the results of the North American researchers Milner-Bolotin, Fisher and MacDonald clicker-enhanced pedagogy is a promising vehicle for developing pedagogical content knowledge of science teachers. The results of this study are interesting also from a Finnish perspective, as also Finnish teacher educators are searching new ways to implement use of modern educational technology to science and mathematics teacher education.


2012 ◽  
Vol 1 (2/07) ◽  
Author(s):  
MUHAMMAD SURYA

The Rapid Growth of science and technology in global area makes the space and time be unlimited. the relationship among people is more intensive, deeeper, and more rapid than before. this condition gives more chances and challenges for counceling and guidance profession. This opportunity is that we can give counseling trough cyercounseling, multicultural counseling, spiritual counseling and holistic approach. the capability and adaptability of the conselor in coling technology become more and more chalenging.Keyword : Commnication Technology, education, counceling and guidance profession, globalization


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