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Sarah Anne McDonagh, Editor; Alessandro Caforio, Editor; Alessandro Pollini, Editor – Routledge, Taylor & Francis Group, 2024
This book shares real-life case studies taken from GreenSCENT, a three-year EU-funded project that promotes sustainability through the development of digital platforms and tools, green education programme, and climate and environmental literacy certification. To date there has been little work published on the application of the European Green…
Descriptors: Foreign Countries, Environmental Education, Conservation (Environment), Sustainability
Heng Luo – Routledge, Taylor & Francis Group, 2024
Bridging the gap between instructional design (ID) theory and practice in today's technology-enhanced learning environments, the book extends the current understanding of instructional science with an up-to-date perspective on emerging technologies and their affordances for teaching and learning. Positioning ID as a systematic process informed by…
Descriptors: Instructional Design, Technology Uses in Education, Theory Practice Relationship, Educational Research
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Nhat Tran; Benjamin Pierce; Diane Litman; Richard Correnti; Lindsay Clare Matsumura – International Educational Data Mining Society, 2024
Automatically assessing classroom discussion quality is becoming increasingly feasible with the help of new NLP advancements such as large language models (LLMs). In this work, we examine how the assessment performance of 2 LLMs interacts with 3 factors that may affect performance: task formulation, context length, and few-shot examples. We also…
Descriptors: Artificial Intelligence, Technology Uses in Education, Discussion (Teaching Technique), Language Arts
Chad P. Salyer – Online Submission, 2024
Artificial intelligence was an emergent and powerful new force in education. The public release of ChatGPT 3.0 in 2022 transformed learning for many students. This phenomenological qualitative study sought to record and analyze student's perspectives on the influence of artificial intelligence on their learning routines. This study collected data…
Descriptors: Artificial Intelligence, Student Attitudes, Technology Uses in Education, Undergraduate Students
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Avsec, Stanislav; Sajdera, Jolanta – International Journal of Technology and Design Education, 2019
Engineering thinking enhances real-world learning; it emphasises system thinking, problem finding and creative problem solving as well as visualising, improving, and adapting products and processes. Several studies have investigated how pre-service preschool teachers acquire their knowledge of technology and engineering; however, a clear…
Descriptors: Preschool Teachers, Thinking Skills, Systems Approach, Problem Solving
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Güdel, Karin; Heitzmann, Anni; Müller, Andreas – International Journal of Technology and Design Education, 2019
The aim of this article is to report the results of an empirical study on adolescents' interest, self-efficacy, and vocational interest in technology and design. Following the expectancy-value model, we wanted to know how context-specific interest in technology and perceived self-efficacy in solving technical tasks are developed at lower…
Descriptors: Self Efficacy, Vocational Interests, Grade 7, Grade 8
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Kormos, Erik – Contemporary Issues in Technology and Teacher Education (CITE Journal), 2019
This study sought to develop an understanding of current practices by professionals in the field to best prepare future social studies educators in the usage of technology. A quantitative investigation examined the usage and perceptions of educational technology by 398 grades 6-12 social studies teachers from across a Mid-Atlantic state. A…
Descriptors: Social Studies, Preservice Teachers, Preservice Teacher Education, Technology Integration
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Gill, Melvin – Technology and Engineering Teacher, 2019
Teachers transition into the real world of teaching through three stages: survival, mastery, and impact. New teachers are often at the survival stage, where their teaching concerns and plans focus on their own well-being more than the teaching tasks. The mastery stage focuses on how best to deliver instruction, and the impact stage is focused…
Descriptors: Beginning Teachers, Technology Education, Engineering Education, Teacher Recruitment
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Tiainen, Tarja; Berki, Eleni – Studies in Higher Education, 2019
Women's under-representation in the fields of science and technology is strong; both in software houses and academic posts. We focus on the academic field by gender sensitive analysis of Information and Communication Technology (ICT) academics. The general picture given by statistics' meta-analyses illustrates male dominance even in Finland, which…
Descriptors: Gender Bias, Science Education, Technology Education, Information Technology
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Hussain, Tariq; Akhter, Mumtaz – Bulletin of Education and Research, 2016
Since the emergence of Pakistan, technical education has been over ruled. In the early phase trade institutes, there after polytechnics and later on the colleges of technology emerged. The current endeavor is an effort to explore the students' attitude towards technology. About 3338 respondents served as sample from final year of Civil, Electrical…
Descriptors: Student Attitudes, Technology Uses in Education, Foreign Countries, Technical Education
Davis, Van L. – WICHE Cooperative for Educational Technologies (WCET), 2023
This resource is a quick primer on AI, with examples of what the different programs can generate based on user prompts, challenges and opportunities, discussion of implications and our recommendations for higher education institutions.
Descriptors: Artificial Intelligence, Higher Education, Automation, Writing (Composition)
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Jiménez-Mijangos, Laura P.; Rodríguez-Arce, Jorge; Martínez-Méndez, Rigoberto; Reyes-Lagos, José Javier – Education and Information Technologies, 2023
In recent years, stress and anxiety have been identified as two of the leading causes of academic underachievement and dropout. However, there is little work on the detection of stress and anxiety in academic settings and/or its impact on the performance of undergraduate students. Moreover, there is a gap in the literature in terms of identifying…
Descriptors: Identification, Anxiety, Stress Variables, Literature Reviews
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Moya, Sofia; Camacho, Mar – Technology, Knowledge and Learning, 2023
Learning innovation for future education often includes digital approaches to enhance learning and to contribute to the development of twenty-first-century skills. There is evidence that mobile learning provides positive outcomes. However, there is a recognized lack of research in the field of frameworks and models that contributes to highlighting…
Descriptors: Electronic Learning, Sustainable Development, Educational Technology, Technology Uses in Education
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Schmid, Regina; Pauli, Christine; Petko, Dominik – Educational Technology Research and Development, 2023
A growing number of schools have recently been changing their culture of teaching and learning towards personalized learning. Our study investigates how schools use digital technology to facilitate and promote personalized practices. Based on the answers of a student questionnaire from 31 lower-secondary schools with a personalized learning policy…
Descriptors: Technology Uses in Education, Individualized Instruction, Technology Integration, Secondary School Students
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Hrastinski, Stefan – Interactive Learning Environments, 2023
There are many prescriptive learning design models, which attempt to guide teachers to design for learning by taking advantage of digital technologies. This paper argues that more emphasis could be put on design for learning as an informed practice. Four principles are suggested: Designs for learning should be (1) informed by available, relevant…
Descriptors: Technology Uses in Education, Teaching Methods, Instructional Design, Reflective Teaching
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