A model to predict educators’ attitudes towards technology and thus technology adoption

Abstract

“Technology”, the buzz word for the last ten to fifteen years in South Africa. Technology availability is quite often mistaken for technology adoption and use. Technology has been made available to almost all tertiary institutions and at least some public schools. However, in most tertiary institutions many professors still refuse to use technology to enhance their lectures and many educators in schools have not yet “come on board” in a manner of speaking. The South African government has indicated its intention to ensure that every school has access to a wide choice of diverse, high quality communication services that will benefit all learners and local communities (DOE 2004). It is important that the Department of Basic Education recognizes that regardless of the amount of technology and its sophistication, technology will not be used unless educators have the skills, knowledge and attitudes necessary to infuse it into the curriculum. The aim of this paper is to determine educators’ attitudes towards technology and thus technology adoption in teaching and learning. In doing so, this study attempted to determine what educators’ attitudes/perceptions (used synonymously) are towards constructs (e.g. relative advantage, perceived behavioural control, complexity) extracted from the different information systems (IS) technology adoption models. Thereafter, regression analysis was used to determine the best predictor of educators’ attitudes and thus technology adoption. The findings of this study suggest that overall the educators perceptions are somewhat positive across most IS constructs with the notable exception of Perceived Behavioural Control and Facilitating Conditions where the mean are below 3.5. The analysis suggests that the independent variables explaining the greatest amount of variance in computer attitudes are in order of predicative value: extrinsic motivation, perceived usefulness, complexity, perceived behavioural control and relative advantage. The results point to the importance of educators’ vision of technology itself, their experiences with it, their perceptions towards computer attributes and the conditions that surround its introduction into schools in shaping their attitudes towards technology and its subsequent diffusion into their educational practice.     

Why use information and communications technology? Some theoretical and practical issues

Abstract

This article is concerned with theoretical issues of pedagogy and how they relate to the use of information and communications technology (ICT) in teaching. The article reviews the context of recent developments in ICT pedagogy. It also draws upon thinking about pedagogy which derives from learning theories. These provide a theoretical framework for research by the authors into the Smart Schoolinitiative in Malaysian schools. This initiative is attempting to change the pedagogy of Malaysian schools in a radical way. This involves the use of ICT alongside other innovations and a refocusing of the learning agenda for school-aged pupils. Some early impressions of the initiative are presented     

Concept-guided development of technology in ‘traditional’ and ‘innovative’ schools: quantitative and qualitative differences in technology integration

The integration of technology into the classroom remains a challenge for those involved. A concept-guided approach to the development of technology has been suggested as a way of meeting this challenge. This multiple case study was performed in the context of a project in which five elementary schools in The Netherlands with a school concept that was labeled as either ‘traditional’ or ‘innovative’ developed and realized up to four technology-supported learning arrangements in line with their schools’ educational concepts. Through embedded case studies, including analysis of the learning arrangements and focus group interviews with the teachers involved, we found that in general the developed technology use became integrated in the teachers’ classroom practices at all schools to a similar extent. Some differences were found between the schools, but hardly any were found between the school types. Both practical and theoretical implications of these findings are discussed.     

What is technology? Development and evaluation of a simple instrument for measuring children's conceptions of technology

Technology is important to all aspects of our lives, so helping students develop an accurate understanding of technology should be an educational goal at the K-12 level. Assessments are important tools in reaching this goal. We developed an instrument to measure the technology conceptions of children ages 8–11, the ‘What is Technology’ (WT) instrument. We gathered evidence for the validity of using the WT instrument to measure children's conceptions of technology, including changes due to an intervention, and we describe those changes. We used exploratory factor analysis (EFA) to establish scales, and confirmatory factor analysis (CFA) with new samples of subjects to confirm our hypothesised model of children's conceptions. For further evidence, we analyzed and coded the written responses children gave to open-ended questions asking them to explain their understanding of technology, then calculated correlations between these codes and the CFA-confirmed scale measures. We found that children tend to think of technology as artifacts that are powered by electrical energy; however, after instruction most children's conceptions become more consistent with definitions given in educational standards. The instrument is shown to be valid and reliable for its intended use, to assess preadolescent children's conceptions of technology, and evaluate the impact of an intervention.     

Difficulties, problems and countermeasures in Chinese educational technology researches

The paper discussed the difficulties and problems in experimental researches in educational technology, such as misunderstanding in teachers＇ concept, disjointedness between theory and practice, inadequate understanding of dialectics in experimental educational technology researches, research project selection and theoretical hypothesis formation are passive and onefold, single and irregular experimental control, simple ways and methods of measurement, more quantitative analysis and fewer qualitative analysis, simple statistical analysis. And provide some suggestions： bottom-up selection; various kinds of research training; emphasizing experimental data; controlling experimental process effectively; combination of qualitative and quantitative researches; integration of various research methods.     

Graphene — An exciting two-dimensional material for science and technology

One atom thick graphene is derived from graphite and is a new material; however, graphite has been a part of human history for centuries. In this article we discuss why it generates so much excitement in a wide variety of scientific disciplines. We emphasize its electronic and mechanical properties with an eye towards applications that may impact our lives sooner, rather than later. We also review methods to make this wonder material, including the famous ‘scotch-tape’ technique that led to the Nobel-Prize winning research.     

Characterizing children’s spontaneous interests in science and technology

This article reports the results of an analysis of 1676 science and technology questions submitted by Israeli children to a series of television programmes. It categorizes the children’s questions with reference to five different coding schemes: field of interest, motivation for asking the question, type of information requested, country‐specific aspects, and source of information. The results point to the popularity of biology, technology, and astrophysics over other sciences, indicate a shift in interests and motivation with age, and reflect a variety of gender‐related differences within the sample. The implications of the findings for some current trends in curriculum development and for informal science education are discussed with reference to the wider context of the pupils’ voice in education.     

Let''''s talk technology

ETp Russell,you’ve been producing ourWebwatcher page for three years now.You mustreally love computers!Russell Actually quite the opposite.I am a realtechnophobe and I wish computcrs had neverbeen invented.But since they are here.I’vedecided that the best thing I can do iS tO face upto them and learn about them. In my perfect worldthey wouldn’t exist!     

Swedish technology teachers’ attitudes to their subject and its teaching

Background: From previous research among science teachers it is known that teachers’ attitudes to their subjects affect important aspects of their teaching, including their confidence and the amount of time they spend teaching the subject. In contrast, less is known about technology teachers’ attitudes.

Purpose: Therefore, the aim of this study is to investigate Swedish technology teachers’ attitudes toward their subject, and how these attitudes may be related to background variables.

Sample: Technology teachers in Swedish compulsory schools (n = 1153) responded to a questionnaire about teachers’ attitudes, experiences, and background.

Methods: Exploratory factor analysis was used to inwvestigate attitude dimensions of the questionnaire. Groupings of teachers based on attitudes were identified through cluster analysis, and multinomial logistic regression was performed to investigate the role of teachers’ background variables as predictors for cluster belonging.

Results: Four attitudinal dimensions were identified in the questionnaire, corresponding to distinct components of attitudes. Three teacher clusters were identified among the respondents characterized by positive, negative, and mixed attitudes toward the subject of technology and its teaching, respectively. The most influential predictors of cluster membership were to be qualified for teaching technology, having participated in in-service-training, teaching at a school with a proper overall teaching plan for the subject of technology and teaching at a school with a defined number of teaching hours for the subject.

Conclusions: The results suggest that efforts to increase technology teachers’ qualifications and establishing a fixed number of teaching hours and an overall teaching plan for the subject of technology may yield more positive attitudes among teachers toward technology teaching. In turn, this could improve the status of the subject as well as students’ learning.     

A longitudinal study on boys’ and girls’ career aspirations and interest in technology

Background: More young people, boys and girls, are needed in technical studies and professions, as the relative number of students in technology-related studies has been decreasing in most industrialised countries. To overcome this decrease several countries implemented mandatory technology classes in the curriculum of secondary education.

Purpose: This study has two goals: exploring the evolution of pupils’ interest during the year(s) they attend the mandatory technology classes and exploring determining characteristics for differences in boys’ and girls’ attitude change over time.

Sample: This study focuses on data gathered in the first and second grade of the first cycle in general secondary education in the North region of Belgium, Flanders. In a first stage we selected a good representation of geographically spread schools (n = 20), from which over 1300 students participated.

Design and methods: A longitudinal study with eight measurement occasions spread over the course of two years is presented in order to capture the evolution of students’ attitudes, making use of a multilevel growth model analysis.

Results: The results show that students’ interest in technology decreases over time, although at the end of each grade interest is increasing again. Boys’ and girls’ interest in technology also evolves a little different in the first cycle of secondary education. For career aspirations we didn’t see any significant difference between boys and girls. Boys’ and girls’ aspirations decrease over time with a little increase by the end of the second grade. Students with a more technological curriculum also have more career aspirations in the field of technology than their peers with other curricula. Although students’ perceptions about technology as a subject for boys and girls are largely stable.

Conclusions: The evolution of students’ attitude is far from linear, this strengthens us in the choice for a more complex analysis model and the choice for more measuring points than only at the beginning and the end when analysing students’ attitudes towards technology. With this research we found that students interest and aspirations in the field of technology are not stable and do change in the first cycle of secondary education. Overall, we can conclude that if the goal of technology education at school maintains to promote ‘a larger number of students in technological oriented studies and professions’, there is still much to do.     

Using technology to break gender barriers: gender differences in teachers’ information and communication technology use in Saudi Arabian classrooms

How does teachers’ gender influence their information and communication technology-based instruction in Saudi Arabian government schools? Using unique data collected in Riyadh, Saudi Arabia, in 2014, the analyses presented here show that male and female teachers in intermediate school classrooms differently use information and communication technology. As one of the only completely gender-separated educational systems in the world, the differing pedagogies, knowledge and skills of teachers by gender in Saudi Arabia reveal the unique approaches that both the Saudi and technology context provide for students’ learning. Female teachers’ use of technology in the classroom is more frequent and of different types than that of males. Implications are discussed for teacher professional development and for understanding the important role of cultural context around gender and information and communications technology in education.     

Teachers’ and principals’ reflections on student participation in a school science and technology competition

Background The European Union asks for renewed pedagogies in schools according to teaching strategies and necessary competences for the twenty-first century, instead of the often-used transmissive pedagogies. The national Swedish competition in science and technology for grade eight, The Technology Eight, provides an opportunity for teachers to work with instructional strategies in line with suggested pedagogies.

Purpose To investigate teachers’ and principals’ reflections on the competition in schools.

Sample Seventeen secondary school teachers and three principals from districts in the south-western part of Sweden participated in the study. All teachers had long experience of the competition, and their classes had reached at least the regional finals during the last year.

Design and methods Semi-structured interviews were recorded, transcribed verbatim, and then analysed using content analysis. Focus was put on why the teachers decided to participate, how the teachers integrated the competition in their education and roles of the principals.

Results There were various reasons for participating in the competition. Teachers reported development of twenty-first-century skills such as better cooperation between the students. They also noticed an increased interest in science and technology and how learning in the subjects was stimulated. Furthermore, the teachers found participation in the competition to be positive for them too. They integrated the competition in ordinary education and gained teaching ideas as well as found connections to the curriculum. Participating in the competition seemed to be a tradition in most of the schools. The principals’ role was to facilitate the organisation around the competition and to provide social support.

Conclusions Participation in a school competition was considered as an instructional strategy with several positive outcomes. Use of this strategy can be supported by earlier suggestions to use pedagogies that are opposite to transmissive methods, enhancing students’ development of important skills for the future.     

Beliefs about teaching and uses of technology among pre‐service teachers

In the current learning environments, technology is integrated in different ways. Teachers acting in the capacity of main change agents bring with them beliefs about teaching which effects their use of technology in the classroom. This study aims to examine the possible relationship between teachers' beliefs about teaching and uses of technology. Unlike past research on this issue, the results from this study show that belief in constructivist teaching correlates significantly with both constructivist and traditional uses of technology. However, a belief in traditional teaching is only significantly correlated (negatively) with constructivist use of technology. Implications for teaching training and future research are discussed.     

Instructional design and technology grounded in enactivism: A paradigm shift?

Although traditional instructional design and technology (IDT) has largely been based on objectivism, in the past 20 years, constructivism has emerged as a dominant framework for IDT. Both perspectives, however, present shortcomings. This paper explores enactivism—an emerging new philosophical world view—as an alternative paradigm. It also investigates the possibilities offered by this new paradigm to IDT. The philosophical world view known as enactivism is reviewed to illustrate the similarities and differences among the three philosophical paradigms, namely, objectivism, constructivism and enactivism. Finally, details of enactivism and its implications for IDT are explored.     

Terahertz PT technology for measurement of multiphase flow and its infrared simulation

INTRODUCTION Multiphase flow is normal phenomena in indus- try. In past decades, investigations on multiphase flow measurement were mostly focused on the proc- ess tomography (PT) technology (Li, 2000), including electrical capacitance PT, electrical resistance PT, electromagnetism PT, X-ray PT, Ultrasonic PT and so on. Unfortunately, these PT technologies are not good enough to meet industrial requirements because of the image reconstruction quality, cost or safety. In recent year…     

Determining the factors that influence parents’ views about science and technology

Background: Children generally adopt the behaviours and attitudes they see in their home environment. Because of this, education provided in the school can be effective, as long as it is supported at home and by extension to the entire environment where the child interacts. Isolating the family from school influences the continuance of the school’s educational impact. In this sense, families do have a significant impact on their child’s attitude about.

Purpose: The objective of this study is to determine how parents view science and technology, the factors that influence their views (gender, age, educational level), and the relationship between these opinions and the students’ science academic achievement.

Sample: The present study was conducted with the parents of 169 students attending randomly chosen primary schools in a city in western Turkey.

Design and methods: The ‘Scale for Determining Views of Parents regarding Science and Technology’ (SFDVPAST) was developed by the researchers and used in the present study. The scale’s reliability was 0.88. Data obtained from SFDVPAST were analysed with SPSS 11.5 using frequency (f), percentage (%), average (X), standard deviation (SD), one-way MANOVA, a univariate ANOVA for each dependent variable as a tracking test, and simple linear regression analysis to determine the relationships.

Results: At the completion of this study, findings indicated that gender does not have an impact on how parents view science and technology, but age and educational level do impact parents’ views on this topic. The science academic achievement of the student correlates with the views of his/her parents on science and technology.

Conclusions: Parents’ views towards science and technology have affected their age and education level, but have not affected their sex. In addition, parents’ positive view towards science and technology has affected their science academic achievement of the students.