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Showing 1 to 15 of 76 results Save | Export
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Eleonora Barelli; Michael Lodi; Laura Branchetti; Olivia Levrini – Science & Education, 2025
In a historical moment in which Artificial Intelligence and machine learning have become within everyone's reach, science education needs to find new ways to foster "AI literacy." Since the AI revolution is not only a matter of having introduced extremely performant tools but has been determining a radical change in how we conceive and…
Descriptors: Artificial Intelligence, Science Education, Cognitive Development, Cultural Influences
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Sun, Lihui; Guo, Zhen; Zhou, Danhua – Education and Information Technologies, 2022
In the program-driven information age, programming education is concerned by the global education system, which makes the cultivation of children's programming ability become the focus of attention. However, there is no clear definition of programming ability and teaching model. Through the snowball method, 86 studies from 1980 to 2020 were…
Descriptors: Programming, Computer Science Education, Thinking Skills, Skill Development
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Spangler, Brooke R.; Kiel, Elizabeth J. – Teaching of Psychology, 2015
This study aimed to determine whether taking a chronological approach (CA) or topical approach (TA) to teaching developmental psychology resulted in different learning outcomes. Across two semesters, in four classes, 354 students participated (M[subscript age] = 19.76, SD[subscript age] = 2.93 years), 66% identifying as female. One instructor…
Descriptors: Developmental Psychology, Teaching Methods, Instructional Effectiveness, Concept Teaching
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Clavert, Maria; Björklund, Tua; Nevgi, Anne – Teaching in Higher Education, 2014
In universities, development as a teacher may be contradicted with developing as a researcher. Most previous studies have investigated pedagogical development merely as a result of pedagogical training and ignored the dual teacher-researcher identity. This study examines what kind of meaningful experiences are perceived to have triggered and…
Descriptors: Career Development, Science Teachers, Teaching (Occupation), Interviews
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Loughland, Tony; Kilpatrick, Laetitia – Education 3-13, 2015
This action learning study in a year three classroom explored the implementation of five formative assessment principles to assist students' understandings of the scientific topic of liquids and solids. These principles were employed to give students a greater opportunity to express their understanding of the concepts. The study found that the…
Descriptors: Formative Evaluation, Elementary School Science, Experiential Learning, Grade 3
Curtis, Pamela – Understanding Our Gifted, 2011
How do teachers teach gifted students whose emotional age trails their chronological age? How can they integrate those students into their classes so that these students mature while not detracting from the learning of the other students? In this article, the author offers pieces of advice on teaching gifted students whose emotional ages trail…
Descriptors: Academically Gifted, Teaching Methods, Teaching Models, Emotional Problems
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Moffett, Nelle; Fleisher, Steven C. – Journal on Excellence in College Teaching, 2013
The authors describe principles of good teaching drawn from meta-analyses of research on teaching effectiveness. Recent developments in neurobiology are presented and aligned to provide biological support for these principles. To make it easier for college faculty to try out sample instructional strategies, the authors map principles of good…
Descriptors: Neurosciences, Neuropsychology, Educational Principles, Meta Analysis
Chapman, Valerie G.; Inman, M. Duane – Education Digest: Essential Readings Condensed for Quick Review, 2009
A graduate student who has an 11-year-old daughter in 5th grade described an incident that underscored concerns that the authors and other professional teacher educators have felt for some time. The 11-year-old had a science assignment to complete as homework. Her parent, attempting to help, offered several suggestions for enhancing the project.…
Descriptors: Grading, Grade 5, Guidance, Teacher Educators
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Izquierdo-Aymerich, Merce; Aduriz-Bravo, Agustin – Science and Education, 2003
Presents a theoretical framework that provides foundations for school science and defines some research problems. Begins with what is already known about students' models and cognition in order to construct proposals of didactical intervention. Proposes an analogous model for school science in which experimentation and language play the key roles.…
Descriptors: Cognitive Development, Epistemology, Science Education, Sciences
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Strong, Richard W.; And Others – Educational Leadership, 1985
Each of the five principal goals of education--cultural literacy, understanding, synthesis, mastery, and involvement--is best achieved using teaching strategies that develop thinking skills appropriate to the curriculum objectives associated with the goal in question. The specific strategy selected depends on learner readiness and content…
Descriptors: Cognitive Development, Educational Objectives, Elementary Secondary Education, Teaching Methods
Frayer, Dorothy A.; Klausmeier, Herbert J. – 1972
Research has shown that a behavior may be acquired through observing and imitating a model. A behavior which has already been acquired may be inhibited, disinhibited, or elicited by observing and imitating. A definition of imitation is given, and the effects of imitation on learning and performance are summarized. Research on factors which affect…
Descriptors: Cognitive Development, Imitation, Learning, Learning Activities
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Hunter, Madeline C. – Educational Leadership, 1987
Hunter responds to Gibboney's criticism of her teaching model in the previous article. She points to the fact that her model is based on research, and (in response to Gibboney's criticism of its simplistic approach) that the model has been criticized for expecting too high a level of thinking skills. (MD)
Descriptors: Academic Achievement, Cognitive Development, Educational Research, Elementary Secondary Education
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Gibboney, Richard A. – Educational Leadership, 1987
Round three; Gibboney responds to Hunter's response to his criticism of Hunter's teaching model. He reiterates his belief that Hunter has not demonstrated a satisfactory research base for the model and that her training process is too narrow and ignores competing approaches and critical discussion. (MD)
Descriptors: Cognitive Development, Educational Research, Elementary Secondary Education, Program Effectiveness
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Joyce, Bruce – Educational Leadership, 1985
The availability of several effective teaching models that allow the teaching of thinking skills and subject matter simultaneously proves that intellectual processes and content are not incompatible subjects for instruction. These models differ significantly from traditional models, and adequate training in them will require a thorough commitment…
Descriptors: Cognitive Development, Cognitive Processes, Elementary Secondary Education, Faculty Development
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Edwards, Clifford H. – High School Journal, 1981
Critiques direct instruction for its emphasis on fact accumulation at the expense of thinking skill development. (SJL)
Descriptors: Academic Achievement, Cognitive Development, Educational Principles, Elementary Secondary Education
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