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The aim of this study was to determine the validity and reliability of the Nanotechnology Awareness Scale (NAI) in Turkish culture. The study group consists of 624 biology, physics and chemistry teachers working in secondary schools in Antalya, Denizli, Burdur and Ankara. Exploratory Factor Analysis (EFA) and Confirmatory Factor Analysis (CFA) were conducted in order to determine its structural validity. Cronbach-alpha and stratified-alpha coefficient values were calculated for the reliability of the sub-dimensions and the whole of the scale, respectively. In EFA, Kaiser-Meyer-Olkin (KMO) value was found to be 0.92 and the Bartlett Test result (912 91 = 6519.27, p <0.00) was found significant. In addition, in original scale, a two-factor structure was found. This two factors solution explains 59.192% of the total variance. In CFA, factor structure of the scale was tested for two-factor solution as it was designed. According to the findings, it was found that the scale, containing 14 items with two sub-dimensions, had sufficient goodness of fit indices such as X[superscript 2]/sd =1.344, RMSEA = 0.07, GFI = 0.97, CFI = 0.97, NFI = 0.90 and AGFI = 0.83. These goodness of fit indices shows that we have good model-data fit. The Stratified-alpha coefficient was found as 0.942 for the whole scale. Cronbach alpha coefficient was found as 0.935 and 0.805 for the awareness sub-dimension and exposure sub-dimension, respectively. As a result of the research, it was concluded that the Turkish version of the scale can be used as a valid and reliable measurement tool.

This study explains the development of science, technology, engineering, mathematics (STEM) interest among elementary and middle schoolchildren. The cohort longitudinal design was applied, starting with three cohorts of students--fourth (10 years), fifth (11 years), and sixth (12 years) grade--followed for three consecutive years. A total of 947 pupils responded to general and specific STEM interest measures. The results show that the level of STEM interest of children is generally low. Gender differences in STEM interest in favor of boys are apparent in all STEM areas, except science. The observed gender gaps in interest over time are constant, except for a small increase in gender difference of engineering interest. The average rate of change of STEM interest over time is mostly insignificant. Large interindividual variability of interests' scores and slopes indicates that the level of STEM interest and its change over time are highly individualized phenomena.

Education for Sustainable Development (ESD) is a teaching and learning approach that is based on the principles that underpin sustainability and applies to all levels of education. However, there is a scarcity of research on the integration of curricula with ESD. In this study, secondary school curricula in Germany (Bavaria) (geography, nature and technology) and secondary school curricula in Turkey (social studies, sciences) were compared in terms of learning outcomes and learning areas to the principles of sustainable development (social-environmental-economic). Attempts have been made to shed light on how ESD is reflected in the curricula of Turkey and Germany, as well as how the approach of ESD directs the education curricula. According to the findings of the study, the learning outcomes and learning areas of the curricula of Turkey and Germany are related to the principles of sustainable development, and learning outcomes related to SD dimensions are given more place in the upper grades. Turkey's social studies curriculum is more related to SD's social dimension principles; the science curriculum is more related to SD's environmental dimension principles; and Germany's geography, nature and technology curricula are more related to SD's environmental dimension principles. The number of learning outcomes related to the economic dimension principles of SD in both countries' curricula has been determined to be very low. Especially in Germany's curricula, unlike Turkey's curricula, it has been determined that students offer solutions to existing environmental-social-economic problems for sustainability in the context of problem-solving skills and learning outcomes that include case study activities are included.

It is commonly known that the letter M in the two acronyms HPM and STEM stands for mathematics, and it is natural to regard mathematics as playing a significant role in science education. However, it seems that appropriate attention is not usually accorded to the role of M in the area of STEM where mathematics tends to be marginalized. In fact, throughout history one witnesses STEM at work so that the discussion of HPM and STEM in parallel will be beneficial to both. In both the historical and pedagogical aspects, it may be worthwhile to note that history of mathematics affords some means to mirror several different mathematical worlds in the context of HPM in a pluralistic way in order to offer a fuller view of the subject. In this paper I examine this issue through sampling many examples gleaned from the history of mathematics, particularly the role of M in the world of science and technology.

An experiment aimed at developing creative thinking and emotional literacy in adolescents was carried out. The study involved 25 adolescents aged 14-16 years and their parents--37 people (37-45 years old). Based on the use of the NanoStudio application, a creative improvisation training session was conducted among adolescents in the context of educational cases. The methodology for the development of creative skill turned out to be interesting, exciting, and effective; collaboration with children, according to parents, created an atmosphere of community and promoted an active and passionate desire for joint creative actions. The results of the survey of adolescents demonstrated a positive attitude to the implementation of creative practices which was accompanied by interest, enthusiasm, joy, trust, admiration, delight, and optimism. Since adolescence is a period of increased emotionality, which is characterized by risky behavior associated with the formation of new views, values, and interests, the need of young people for psychological adaptation, the practical value of the study lies in demonstrating the practical experience of transforming the emotional experiences of adolescents into a creative musical product, as an alternative behavior, in terms of interaction of personal, parental, and pedagogical contexts.

The recent technological revolution, often referred to as the Fourth Industrial Revolution or the Second Machine Age, has brought significant changes in both the knowledge production process and its outputs. These changes have raised the question of whether a doctoral degree will retain its unique value as a knowledge creator in the future. In addition, the global challenges confronting society, such as climate change and economic inequality, require a better response from doctoral education and raise the question of whether the current form of doctoral education will meet the demands of future society. Doctoral education might harness technological developments wisely to address these challenges, or it might miss this opportunity and thus lose its valuable role in educating advanced researchers. Based on a critical review of the literature, this paper explores the meaning of the profession in the future at a time of technological revolution and imagines possible future scenarios for doctoral education. The paper applies Ronald Barnett's framework for the imaginative university, focusing on ideological, dystopian, persuasive and utopian universities, and describes the potential changes to doctoral education.

The aim of the current study was to explore science teachers' perceptions of the nature of technology through the use of Q methodology. 17 science teachers were sampled as participants, and to explore their perceptions of the nature of technology, they ranked a Q-sort of 36 statements that constituted the following six categories: (i) definition of technology, (ii) the relationship between science and technology, (iii) the impact of society on technology, (iv) the impact of technology on society, (v) the impact of technology on environment, and (vi) the impact of technology on economy. As the participants completed their Q-sort, they were interviewed. Analysis of the participants' Q-sorts resulted in a three-factor solution, i.e. three distinct patterns of perception about the nature of technology. The three perspectives included teachers who are (i) equally aware of the benefits and drawbacks of technology and the relation of it to science, (ii) optimist about technology and aware of its dependence on society, and (iii) optimist about technological innovations but tempered by technology-driven environmental and social issues. Findings indicated gender and years of professional experience as potential determiners within these perspectives, which needs further research.

In light of the fact that technology teachers' understandings of the nature of technology (NoT) determine students' perceptions of NoT, this study turned attention to technology teachers, and developed a comprehensive theoretical instrument for assessing their understandings of NoT. The theoretical framework of NoT was proposed using a theory-based explanation informed by the philosophy of technology (PoT), historical, sociological and educational literature. The eight dimensions were as follows: 'technology as object', 'technology as knowledge', 'technology as activity', 'technology as volition', 'history of technology', 'the role of technology in society', 'the relationship between science and technology', and 'technology as a double-edged sword'. Eight international experts were invited to review the content validity of the NoT scale, and 835 valid questionnaires answered by Chinese high school general technology teachers were used to test the reliability and convergent validity of the scale. The results showed that the NoT scale had a high reliability and good validity, which could be used to measure and assess technology teachers' understandings of NoT. The development of the NoT scale provided a new perspective for interpreting NoT, and helped technology teachers consider how to more effectively transfer their understandings of NoT to students.

Technology is ubiquitous and culturally situated, influencing and impacting lives every second of every day. As humanity emerged, so did technological development. Diverse cultural groups developed technologies, related knowledge, and processes, to meet emerging needs or realise opportunities--such as trade. There is little doubt that some technological processes and knowledge travelled with people as they explored the world. Other technological development is likely to have evolved in parallel, in response to cultural needs and situations. Some technological knowledge and processes became unique to specific cultural groups, with others crossing boundaries. A boundary is defined here as something that indicates confines or limits. Boundaries are represented in diverse ways in this paper, such as in ethnic, cultural, and geographical bounds. As humans evolved from apes they became bipedal, thus freeing their hands for other tasks. This evolution, coupled with the emergence of the thumb, enabled significant manipulation of the environment and materials, leading in turn to the development of technological outcomes and processes. As humans became distributed around the world, so did their technological know-how. Survival across a range of geological locations and climates meant the modification of existing technologies and processes, and emergence of others. The authors use their professional experience as technology educators to situate their arguments, and apply food preservation processes to illustrate similarities across technologies, which resulted from geological, cultural, and time boundaries. In some cases, these responses were a result of food supply issues, during times of short supply in droughts, winter, busy times, or travel. The article identifies two key ideas pertinent to a developing understanding of the nature of technology as defined in the New Zealand Curriculum; that technology has always been transformative, that technological development is not linear, but at times occurs in parallel--across geographical and cultural boundaries.

A great deal of attention has been focused on technological innovation, for example, face recognition, which has been used in some countries in various fields. Nonetheless, there has been little attention paid to parents' acceptance of the use of face recognition systems on campus. To address this gap in the literature, this study examined how different degrees of technological innovativeness and dangerous beliefs in the virtual world (DBVW) influence parents' perceived value of using and intention to continue supporting schools' use of face recognition systems. This study adopted snowball sampling to collect data through questionnaires, and received 380 valid responses from parents living in Xuzhou, China. Confirmatory factor analysis and structural equation modeling were used to analyze the data, with results indicating that: (1) DBVW was negatively related to perceived value; (2) technological innovativeness was positively related to perceived value; and (3) perceived value was positively related to continuance intention to use face recognition systems. The results suggest that parents support the use of face recognition systems in elementary school; thus, such systems can be adopted by other elementary schools in other areas.

Post-truth is a social condition that threatens the trust in science and people's critical thinking. This paper analyzes some of the educational responses to post-truth, claiming the potential contributions of Science and Technology Studies (STS). Some of the responses based on traditional epistemology, characterized as "epistemological vaccines," are contrasted with some of the possible responses based on a more complex and interdisciplinary knowledge of science and technology. It is argued that epistemological vaccines, despite having an enormous value in fighting against post-truth, are insufficient to transform this social condition and its implications for science and technology. It is sustained that a social epistemology and, moreover, an expert interdisciplinary approach to the knowledge of science and technology, such as the one offered by STS, is required to consolidate stronger educational strategies, formulating "STS vaccines," that could be useful as a counterweight to understand and deconstruct post-truth. Given that the STS academic field has developed a good account of how scientific facts and social trust in science are constructed, it also has the capacity to show how post-truth and alternative facts are constructed, unmasking for whom it is important that we decry science. The conclusion points toward the urgency to rethink the current influence of the STS field in the educational context to relocate the STS education.

Recent reforms in Swiss higher education transformed vocational training institutions with a teaching mission into universities of applied sciences and universities of teacher education that should balance research and teaching activities of individual lecturers following the Humboldtian model. Drawing on the concept of ambidexterity, we aim to examine the current outcome of the reforms in terms of the structural conditions for research and the research competence of lecturers at the two new types of universities. By means of a document analysis, we first assess how the shift manifests itself in institutional mission statements. We then analyze recent survey data (N=2454) regarding the lecturers' perceptions of the structural conditions for research and their research competence. While our findings suggest that the new higher education sector has formally adopted the Humboldtian model, notable differences between the two types of universities can be observed in the extent to which the new policy imperatives have influenced the mission statements. Furthermore, we find a certain degree of mismatch between the organizational ambidexterity required by the Humboldtian model, the structural conditions for research encountered by lecturers, and the individual research competence. A number of conceptual and policy implications are drawn.

This paper explores the potential for a mode of postqualitative inquiry as generative knowledge-affect by looking towards the practice-led in-progress intermedial project, "We Found A Body." The project functions as a form of urban play in a way that decentres and reconstructs participants so that their bodies, their technology and the environment they 'play' in become intertwined. I use a posthumanist queer reading of performativity (Barad, 2003, 2011) coupled with an affect-focused study of world-making (Harris & Jones, 2019) alongside a politics of affect to analyse how "We Found a Body," in its potential for intraaction of human, technology, narrative and environment, can reconfigure and intertwine bodies and matter in a dynamic and embodied way. I argue that creative intermedial practice can produce counternarratives where new modes of belonging within space and time exist, and where extended ways of being human are at play (Myers, 2020). This is a space where the artwork acts as a performative call to action where iterative materialisation creates an intrabody of the human and more-than-human and opens up future methods within postqualitative inquiry.

In recent years, there has been a surge in research in spatial thinking across the international community. We now know that spatial skills are malleable and that they are linked to success across multiple disciplines, most notably Science, Technology, Engineering and Mathematics (STEM). While spatial skills have been examined by cognitive scientists in laboratory environments for decades, current research is examining how these skills can be developed in field-based environments. In this paper, we present findings from a study within a Technology Teacher preparation programme where we examined first-year students' spatial skills on entry to university. We explain why it was necessary to embed a spatial skills intervention into Year 1 of the programme and we describe the impact that this had on students' spatial scores and on academic performance. The findings from our study highlight a consistent gender gap in spatial scores at the start of the first-year with female students entering the Technology Teacher preparation programme at a lower base level than male students. We describe how we integrated spatial development activities into an existing course and how an improvement in spatial scores and overall course performance was observed. The paper concludes by discussing the long-term sustainability of integrating spatial interventions within teacher preparation programmes while also highlighting the importance of future research to examine spatial skills as a fundamental component of technological capability.

This study aims at characterizing elementary pre-service teachers' conscious lack of knowledge about familiar technical artefacts and its relation to their knowledge about these artefacts. The participants were asked to state what they knew and also what they did not know about a sample of familiar technical artefacts such as a fan or a lock. The results showed a difference between the structure of the student teachers' lack of knowledge of these artefacts and the structure of their actual knowledge. These differences were analyzed in relation to Kroes' (Camb J Econ 34:51-62, 2010. https://doi.org/10.1093/cje/bep019) model of technical artefacts. Firstly, the student teachers' conscious lack of knowledge was mainly focused on the artefacts' behavior rather than on their components and materials. Secondly, the participants found the function features of the artefacts unproblematic. Thirdly, unknown features about the origin of the artefacts were more frequently cited than the corresponding knowledge features. Finally, non-perceptual properties of the artefacts and the causal relations in which they or their parts are involved were important components both of the students' knowledge and of the students' unknowns.

Assistive technologies have the potential to provide accessible support to people with varying needs and abilities, including older autistic adults. However, there is currently limited knowledge about how older autistic adults use technology in their daily lives, whether it is sufficient to meet their needs and whether they experience any barriers to technology use. To address these questions, we conducted semi-structured interviews with 15 autistic adults aged over 50 years. Using thematic analysis, we identified two major themes related to how older autistic adults use technology: 'Helping to Manage the External Environment' and 'Increasing Everyday Accessibility and Convenience'. Overall, participants reported experiencing a number of challenges associated with performing everyday activities and while technology was able to offer some assistance, a number of gaps still remain in meeting the support needs of this population. Based on these findings, we offer some guidelines and recommendations for technology use with this population to guide future research and practice.

In this study, a modified version of the Curriculum Orientation Inventory for Early Childhood Education (COI-ECE) is developed and validated with a sample of 717 in-service teachers from fifty Hong Kong pre-primary schools. Results of confirmatory factor analysis show that the curriculum beliefs of pre-primary school teachers can be conceptualised into four dimensions: humanistic, cognitive process/academic, technological, and social reconstruction orientations. Results also reveal that pre-primary school teachers hold strong humanistic orientation beliefs while cognitive process/academic orientation beliefs are held less strongly. Further analyses by one-way ANOVA tests find that differences in curricular orientation beliefs are related to teachers' educational level and teaching position. This study reaffirms the importance of implementing an integrated developmentally appropriate curriculum in promoting whole-child development in children's early years. The implications for supporting and sustaining teachers' curriculum-based planning and subsequent teaching practices will be discussed.

Nanoscience and nanotechnology (NST) focus on the creation and the exploration of materials' properties at the nanoscale. The estimations about the impact of the field on our daily life, the industrial demands for ensuring skilled workforce, and the need to form a nano-literate citizenry have triggered the incorporation of aspects of this cutting-edge field into school curricula on behalf of education researchers. Teachers play a vital role in the success of this endeavor. However, only a few studies up to date examine teachers' ideas of this field. In addition, there is not any analysis tool that would provide insights about how teachers' ideas are related to the key concepts and principles of NST. Concerning this gap, we describe in detail a deductive content analysis method, having been conducted to examine the meanings that 419 Greek primary school teachers give to NST. Results reveal the insufficient content knowledge of primary school teachers regarding NST.

This research study investigates the behaviors, knowledge, and skills necessary for academic library outreach work. Through a review of published literature, job advertisements, and a survey of library practitioners conducted in the fall of 2020, the authors define and prioritize 18 competencies for outreach. Hiring managers, LIS instructors, and practitioners can use the results of this study to structure and lay out the essential areas of outreach work in academic libraries.

In this article, I focus on two competing technical communication discourses used to represent the biometric technology Ghana adopted in 2012 and subsequent elections to demonstrate how communication about technology could potentially marginalize local, nondominant knowledge systems whereas it privileges global, dominant knowledge systems. Representation of the biometric technology, therefore, reflects ways that technical communication can become complicit in silencing, excluding, and marginalizing local voices. I call attention to how communication that focuses on dominant narratives obscures and delegitimizes the knowledge of disenfranchised and less privileged groups.

This study is about the adaptation of the Attitude Behavioural Scale (ABS) section of a Pupils' Attitudes Towards Technology (PATT) instrument for the Omani context. This study is a mixed methods research design and it consists of three phases. Phase 1 of the study is reported in this article. Phase 1 started with the selection of the PATT-USA as a model to adapt, design and validate the Technology Attitude Bilingual Scale-Arabic/English (TABS) (see Annexure 1). Particular individuals we selected to critique the TABS by using a purposive sampling technique because these individuals belonged to a particular group of competent professionals. The panel of experts' aim was to establish trustworthiness of the instrument. Their evaluation was on the appropriateness of both languages, particularly that the TABS did not contain any cultural and linguistic errors that could offend the Arab culture. This panel consisted of 4 bilingual and Arab culture experts. The ABS was adapted and translated from English to Arabic. The TABS instrument consisted of an open-ended question (qualitative), demographic information, technology attitudes and language choice. The validation process was replicated from similar studies. Results show that 38 items were corrected. 27 items were classified as minor corrections, namely one to two words were corrected. 11 items were classified as major corrections, namely three to six words were corrected. These corrections are described in Annexure 2. The panel of experts' final judgement reported that the TABS was a reliable instrument to reveal Omani students' attitudes towards technology.

This study examines how the rise in the share of higher education graduates leads to over-qualification, by focusing on the demand-side drivers. We propose that the benefits of investments in higher education depend on the levels of innovation and economic growth in each national economy. We use a configurational method (Fuzzy Set Qualitative Comparative Analysis) to identify combinations of factors that lead to a high incidence of over-qualification in 17 European countries. The results show that over-qualification is greater in countries in which an increase in the number of graduates is accompanied by a failure to transition to a knowledge-based economy and poor economic growth. Furthermore, a low weight of high-tech manufacturing sectors in the GDP is a necessary condition for over-qualification to occur. These arguments explain the more pronounced mismatch in Southern Europe and Austria compared to other European countries. As for policy implications, this study shows that investment in education did not lead to expected benefits in some countries because this investment did not boost competitiveness in high-tech sectors. Thus, alternative policies must be implemented. Besides investment in education, some kind of industrial policy seems necessary in a number of European countries.

To promote students' value-based agency, responsible science and sustainability, science education must address how students think about their personal and collective futures. However, research has shown that young people find it difficult to fully relate to the future and its possibilities, and few studies have focused on the potential of science education to foster futures thinking and agency. We report on a project that further explored this potential by developing future-oriented science courses drawing on the field of futures studies. Phenomenographic analysis was used on interview data to see what changes upper-secondary school students saw in their futures perceptions and agentic orientations after attending a course which adapted futures thinking skills in the context of quantum computing and technological approaches to global problems. The results show students perceiving the future and technological development as more positive but also more unpredictable, seeing their possibilities for agency as clearer and more promising (especially by identifying with their peers or aspired career paths), and feeling a deeper connection to the otherwise vague idea of futures. Students also felt they had learned to question deterministic thinking and to think more creatively about their own lives as well as technological and non-technological solutions to global problems. Both quantum physics and futures thinking opened new perspectives on uncertainty and probabilistic thinking. Our results provide further validation for a future-oriented approach to science education, and highlight essential synergies between futures thinking skills, agency, and authentic socio-scientific issues in developing science education for the current age.

The growing interest of educational researchers in computational thinking (CT) has led to an expanding literature on assessments of CT skills and attitudes. However, few studies have examined whether CT attitudes influence CT skills. The present study examines the relationship between CT attitudes and CT skills for preservice teachers (PSTs). The Callysto CT test (CCTt) for Teachers was administered to n = 105 PSTs to measure their CT attitudes and skills. Structural equation modeling was used to examine the relationship of participants' CT and problem-solving skills with their attitudes toward CT, technology, coding, and data. Findings revealed that CT attitudes predicted CT skills and provided the first step in exploring the validity and reliability of the CCTt instrument.

This paper examines constructive play in the context of Waldorf and normative kindergartens in Israel. In conceptualizing the output of children's construction, the current research relies upon the fields of problem-solving and technological thinking, using the design process model. The research results were based on a sample of 39 construction processes collected over the course of one year. A relatively high percentage of construction targets 86% geared towards socio-dramatic play was found at the Waldorf preschools compared to 35% at the normative preschools, indicating that the constructive play is a central feature at the Waldorf preschools and it can serve other types of play as well.

The versatility required for employment continues to change with technological advancements. Some of the top listed skills needed for a career are positive attitude, communication, time management, critical-thinking, and problem-solving (Peart, 2019). How to teach each of these competencies may take different strategies and techniques. This article will focus on one of the top areas of interest in a recent ITEEA survey: problem-based learning (PBL). PBL is more than just problem solving.

In this essay, Drew Chambers argues that the implementation of modern security technology in American schools (also known as target hardening) may do more harm than good, especially when such technologies represent the primary mode of risk responsiveness. In using technological measures to reduce risk, schools may inadvertently undermine both other responses to school violence as well as key aims of schooling itself. Here, Chambers provides a survey of the dominant trends in school security measures and the empirical scholarship related to those measures' effectiveness and outcomes. He then provides four independent arguments for why reliance on security technology might be more harmful than not. First, reliance on technology as a response to school violence can ultimately limit more effective approaches to school safety that are not technological. Second, the more securitized schools become, the more such securitization detracts from teaching and learning as the main enterprise of schools. Third, surveillance measures unintentionally propagate fear in students and may inhibit healthy adolescent development. Fourth, security technology has a unique capacity to harmfully alter student--teacher relationships. These arguments, taken together, should suggest an abundance of caution is in order when it comes to securitizing schools.

This study aims to explore the views of pre-service chemistry teachers on the nature of science and technology. Pre-service chemistry teachers' view of nature of science and technology (VNOST) is very important to help their students later in understanding the concepts of science. This research is the initial stage in didactical design research involving 48 pre-service chemistry teachers from Sriwijaya University. The descriptive method is used to explain the results of the analysis of pre-service chemistry teachers' VNOST. Student views were assessed using the VNOST questionnaire, consisting of 8 questions and guided by the discourse of ionic liquid technology. Data collection uses a survey containing the views of pre-service chemistry teachers on VNOST and where each statement grouped according to three categories, namely "Realistic" (R), "Has Merit" (HM), and Naïve (N). The results showed that in general, students have the view of Has Merit (HM), or the belief that they chose is not entirely correct even though there are parts of statements that are still by the general view of science. The results of this student VNOST exploration are the basis for developing learning designs that are oriented to the realist answers of each question so that learning designs are produced based on aspects of the Nature of Science and Technology.

It is evident that the society in which we live will demand more and more qualified and specialized positions in the different branches of engineering. Now we are in a highly digitized world in which information is continuously transmitted through data communication networks with the expectation of security and confidentiality. Students who are in their last year at high school face the problem of deciding their professional future. Therefore, there is a wide field of research for them in cryptographic techniques. In this work we have developed, together with a group of high school students, a cryptographic algorithm with substitution and transposition techniques as described by Feistel (1973) in order to create a more comprehensive knowledge about what they have been studying in their ICT subjects. In most cases the teaching methods are based on the teachers' own vision, as well as on the absence of knowledge of alternative methods and/or the impossibility of applying them physically in the classroom. With the active and cooperative methodology put forward in this work, objectives such as hard work, autonomous and collaborative learning and the exchange of knowledge have been absolutely fulfilled. Achieving them requires replacing traditional methods so that the student can adapt to new work challenges. A group of students, only three of whom finished, were voluntarily provided with the mentoring service in which the algorithm was designed. As a result, we were able to program in Python as a final project a symmetrical character-level encryption algorithm we've referred to as Azrael. Our findings indicate a demand for future endeavours to take into account the need for more project-based work in ICT classrooms. The exchange of ideas between teacher and students has been the driven force behind the success of this activity

In Russian National Security Doctrine 2020, one of the improvements of higher education is the development of "interaction of educational organizations and research centers with industrial enterprises". The document "development of secondary vocational education system in order to prepare qualified workers in accordance with the best world standards and advanced technologies" is interpreted as an important condition for ensuring national security in the field of science, technology and education. In our opinion, it's cannot be realized without the involvement of the economic, technological and managerial resources of industrial enterprises, and, consequently, the organization of the network interaction of higher educational organizations and enterprises. This study is devoted to the organization of networking of institutions of higher education with enterprises, which was developed in accordance with the basic requirements of employers. The effectiveness of this approach to learning was proven during a research experiment.

It is important for students to experience STEM education for countries to be able to increase their scientific research capacity and economic progress. The purpose of this research was to determine the effect of problem based STEM education on the perception of middle-school 5th grade students of engineering, engineers and technology. In the research, the single group pre-test and post-test experimental design which is one of the quantitative research methods was used. The study group of the research was consisted of 17 fifth grade students who were receiving education at a state school in the Akhisar district of the city of Manisa in the fall semester of the 2017-2018 academic year. The data of the research were collected with the What is Engineering? and What is Technology? surveys and Draw an Engineer Test. In the analysis of data, non-parametric tests, frequency and percentage analysis and descriptive analysis were used. Following the applications carried out in the research, it was determined that the perceptions of the students of engineering, engineers and technology were developed in the positive manner. In the pre-drawings of engineers, it was seen that the students mostly depicted repairmen or construction workers, whereas they gave place to engineering who produced and did design work in their post-drawings. In addition, it was seen that the perception of male engineers in the pre-drawings decreased in the post-drawings and that the perception of female engineers increased. It was determined that problem based STEM education was effective in terms of the students understanding that only electronical devices are not technology. In the light of the obtained results, suggestions were made about the effective use of problem based learning in the application of STEM education.

The purpose of this study is to examine students' experience of design-based research in science applications courses. The study was carried out during the fall semester of the 2018-2019 academic year in the science application course. The participants of the study were 44 eighth grade students attending in two classes of a secondary school located in Odunpazari district of Eskisehir. In the study, a design-based research method was used. The students were asked to describe a problem from daily life during the application phase of the study. Afterwards, they were expected to design products to solve this problem. Data collection tools of this study were the Reflection Form for Design Steps, which was developed by the researcher, and the Self-Assessment Form included in the Technology Design Course Curriculum. The application was completed in an eight-week period. Content analysis was used to analyze the obtained data. It is seen that students have mostly departed from their own life in the identification of the problem, and the ideas that they have generated were about problem solving, new ideas, and making life easier. Students followed the stages of the design process such as research, design, problem identification, and drawing sketches. Regarding the evaluation of their experience during the design process, most of the students stated that they learned how to design, but they found it difficult to combine materials. Students stated that next time they would pay more attention to choosing design features, identifying the problem, and finding interesting products. Research can be carried out to examine the skills that are thought to be effective in the design process such as decision making, critical thinking, and problem solving. Within the scope of the 2023 Education Vision, it is planned to establish "Design-Skill Workshops". With such an application, students' design skills can be improved.

This article brings forth the experiential knowledge and views of sixteen Finnish older adults, (mean of age 84,9), who tried out home technology in their daily life, with the objective of discussing media literacy education in relation to this specific age group and context. The data were analyzed from the perspective of sensemaking as theorized by Karl Weick, which works as a heuristic enabling investigation of older adults' experiences in relation to home technology. The results show that the sensemaking of the participants is based on the identity of the non-user, retrospective reasoning and social context. For many, the technological solutions examined in this study did not seem to constitute a plausible answer to the perceived needs or realities of life. This study thus raises an important question: in the context of home technology implementation or media literacy, whose voice or sensemaking is heard? This general question comes with a set of related concerns and prompts further questions such as: Do older adults perceive a need for media literacy and how do they make sense of various media and the rapidly digitalizing culture? In media literacy education, older adults should be recognized within their unique life contexts.

The research is based on a comparative study of craft and technology education curriculums and students' attitudes towards craft and technology in Finland, Slovenia, Estonia and Iceland. The study was undertaken by the Helsinki University, University of Ljubljana, University of Tallinn and University of Iceland. A literature review was completed, in order to examine and compare the curriculums of technology education in Finland, Slovenia, Estonia and Iceland. In addition, a quantitative survey was subsequently distributed to 864 school students in Finland, Slovenia, Estonia and Iceland. It consisted of 14 questions, which aimed to ascertain students? attitudes towards craft and technology. The survey showed substantial differences in students? attitudes towards technology education in the four countries: these differences may be explained by differences in the national curriculums, the different pedagogical traditions and cultural differences in the field of technology. In addition, the study tried to examine the structure of students? attitudes towards technology. The factors can be interpreted as matching with the affective, cognitive and behavioral components. However, no far-reaching generalizations were allowed regarding the structure or properties of the attitudes towards technology as the questionnaire consisted of only 14 items.

Design and technology (D&T) emerged from a very different education context than it finds itself in today. D&T was to be included in the National Curriculum for England because it was perceived that what children learnt from design and technological activity could not be learnt in another way (DES/WO, 1988). Furthermore, it connected a wide range of subjects across the curriculum, developing capability "to operate effectively and creatively in the made world" (p.3). Henceforth, the role of knowledge for action in D&T, primarily through designing and making, has been viewed as a great strength and unique feature in the subject. The aim of this paper is to reposition and reinvigorate how D&T is interpreted and enacted within the school curriculum. Not merely as an industrial imperative, with its focus on technical and economic matters, but on D&T as a cultural, creative and humanising endeavour. The argument is that technological activity is fundamentally human and integral to our evolution and development as cognisant and social beings. Therefore, to measure a subject by it's so called timeless knowledge in opposition to skill (Gibb, 2016) falls short of achieving a broad and balanced curriculum (Spielman, 2018); in particular a relatively new and evolving subject encompassing the complexity of technology and society, with their complex and changing natures. However, there may be light at the end of the tunnel, with inspection findings of "evidence of curriculum narrowing" in England and the negative impact of focusing on "few measurable outcomes" (Ofsted, 2019, p. 5); which may result in a resurgence of opportunities for pupils to study practical and creative subjects, such as D&T, in opposition to the perverse incentives that have led to said narrowing in school curricula.

The study aimed to investigate the effects of visual art supported inquiry based science education on 5th grade students' scientific process skills (SPS). In the research, one group pretest-posttest experimental design is used. The study was carried out with the help of 20 5th grade students. For the purpose of the research, an education including inquiry based activities (IBA) and visual art based activities (VABA) was designed and applied. The education applied during this study contains 7 IBAs, 5 VABAs. Qualitative and quantitative data were collected during this implementation. While the quantitative data was gathered by SPS Test, the qualitative data was gathered by unstructured observations. For analyzing the data gathered by SPS Test, Wilcoxon Signed Rank Test was used. For analyzing the unstructured observation data, content analysis was used. Based on the data gathered from the study, it can be said that visual art supported inquiry based science education contributes to improve students' observation, inference, determining variables and designing experiment skills, while it contributes limitedly to improve comparison-classification, prediction, estimation, measuring, collecting knowledge and data, data processing and forming a model and interpreting data skills. It does not, however, contribute to improve recognizing and using experiment materials and instruments, recording data and presentation skills.

In this study, Finnish ninth graders' and their school guidance counselors' views concerning ninth graders' perceptions of gender-appropriateness of occupations were examined. Special interest was placed on evaluating if ninth graders bring out any gender stereotypical perceptions regarding science, technology, engineering or mathematics (STEM) occupations. The data were gathered with the aid of an online survey (246 pupils) and semi-structured interviews (7 school guidance counselors). Ninth graders referred mostly to masculine physical dimension when justifying certain occupations being more suitable for men than for women. Respectively, they referred mostly to gender-typical interest when justifying certain occupations to be more suitable for women than for men. Boys presented more gender stereotypical perceptions of occupations than girls did. Boys also considered their own gender affecting their occupational preferences stronger than girls did. Guidance counselors reported ninth graders' perceptions of occupations being still very gender-stereotypic and influencing on academic and occupational choices. To address occupational gender segregation, it is necessary to develop novel methods and materials recognizing gender stereotypes and demonstrating up-to-date STEM career knowledge.

This research seeks to evaluate students' intended behavioural actions in the event of a natural hazard, specifically hurricane, lightning, earthquake, or tsunami. A test instrument, measuring behavioural actions in the event of a natural hazard, and related NOS/NOT beliefs and dispositions, is utilized to collect data in Estonia, USA and Japan (N=2323). Results suggest that students responded adequately to tsunamis and lightning strikes, but to a lesser extent for hurricanes and earthquakes. Results also suggest a connection between dispositions and behavioural actions, but a lack of connection between generalised. NOS/NOT conceptualisations and behavioural actions. Results imply that students find it difficult to apply their learning to new situations requiring responsible behavioural actions. Implications indicate that NOS/NOT are not well understood, while responsible behavioural actions need to more heavily stressed in teaching about natural hazards involving the promotion of student values and attitudes with respect to Natural Disaster Reduction (NDR).

Employment enhances community integration and overall quality of life for individuals with intellectual and developmental disabilities (IDD). Rapidly evolving and widely used handheld technologies (e.g., tablets and smart phones) may empower improved outcomes of vocational training for individuals with IDD. This systematic review summarizes and evaluates peer-reviewed studies that involved handheld technology to facilitate vocational training in authentic community-based settings for people with IDD. Eleven studies involving 32 participants with IDD were systematically located and analyzed in terms of key variables, study rigor, and Tau-U effect size estimates. Overall, Tau-U score suggested a large to a very large effect for interventions involving handheld technologies to teach vocational skills. Results are used to offer preliminary guidance for practitioners and to suggest directions for future research and practice.

This article provides an analysis of how military history museums in Germany, Britain, Belgium, Poland, and the United States exhibit and contextualize weapon technologies that were developed in the two world wars. The article focuses on technologies (gas warfare, the atomic bomb, tanks, and the V2 long-range rocket) that are directly connected to military success and innovation but also relate to dehumanization and destruction. By employing the analytical concepts of experientiality and of antagonistic, cosmopolitan, and entangled memory, this article demonstrates how museums can create open or closed narratives, steer the visitor toward particular interpretations, enhance or deconstruct the authentic aura of technological artifacts, and stage the symbolic potential of technologies. In addition, it shows how museums can educate visitors and allow them to experience the ambiguities, controversies, and complexities of these technologies.

The Bunker "Valentin" in Farge, a suburb of Bremen, is one of the biggest relics of armament projects in the Second World War. Although it was built by up to 10,000 forced laborers under brutal conditions leading to a death toll of up to 1,600, it was primarily remembered as a technological masterpiece. This article describes the history of the bunker and how its remembrance changed over time. It assesses the formation of competing narratives of war technology and forced labor and explores the meaning of the material remains of the Second World War for the culture of remembrance of German war crimes at and after the end of the age of eyewitnesses.

The idea of endless economic growth is embedded in current economic teachings and in economic institutions. However, these teachings are being challenged by a corpus of studies which show that our economies are experiencing limits to growth. We must therefore work out how businesses can adapt to the post-growth era. This paper claims that there is an urgent need to introduce degrowth courses into the business curriculum to prepare future managers for the post-growth era. One way of doing this is to develop a specific degrowth pedagogy rooted in critical pedagogy. The author outlines the degrowth paradigm and introduces the current challenges of business education. Critical pedagogy provides the teacher with the necessary skills for questioning the relevance of the infinite growth paradigm on a finite planet. The paper reveals the transformational potential of degrowth pedagogy in business education.