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Peer reviewedHirst, Keith; Shiu, Christine – Hiroshima Journal of Mathematics Education, 1995
Discusses an investigative, constructivist approach in the context of undergraduate mathematics, with particular reference to pure mathematics, general aims and objectives, assessment strategies, and problems of supervision that affect tutors and lecturers using this approach. Gives students' views on their experiences in this mode of working. (19…
Descriptors: Beliefs, College Mathematics, College Students, Constructivism (Learning)
Peer reviewedMoore, G. Robert; Moore, Peggy D. – Science Activities, 1995
Describes a constructivist approach to teaching a second-grade science unit focusing on the moon, using student observations and data collection. Lays the foundation for the evolving development of conceptual understandings of earth, moon, and sun interrelationships in other grades throughout the school. (nine references) (JRH)
Descriptors: Constructivism (Learning), Grade 2, Lunar Research, Moons
Peer reviewedBeall, Herbert; And Others – Journal of Science Education and Technology, 1994
Considers the teaching of general chemistry in light of the actual practice of the science and the way that chemical knowledge is advanced. (ZWH)
Descriptors: Chemistry, Constructivism (Learning), High Schools, Higher Education
Peer reviewedSfard, Anna – For the Learning of Mathematics, 1994
Discusses, through quotes about mathematical understanding from mathematicians, the experience of understanding, a nonobjectivist theory of meaning, the origins of mathematical objects, and reification as the birth of metaphor.(Contains 35 references.) (MKR)
Descriptors: College Faculty, Constructivism (Learning), Higher Education, Interviews
Ertmer, Peggy A.; Newby, Timothy J. – Performance Improvement Quarterly, 1993
Explains three learning theories (i.e., behaviorism, cognitivism, and constructivism) and examines how each can be used for planning and conducting instructional design activities. Historical foundations are discussed, and comparisons are made concerning how learning occurs, the role of memory, how transfer occurs, and types of learning. (Contains…
Descriptors: Behaviorism, Cognitive Processes, Comparative Analysis, Constructivism (Learning)
Peer reviewedKane, Steven R.; Furth, Hans G. – Human Development, 1993
Coded discourse of three preschool girls during an entire play session. Analyzed discourse as an instance of Goffman's concept of social frames specifying 13 reality modes, from deeply engrossed play action to nonplay interaction. Proposes a theoretical view regarding the society-instituting function of pretend play from a constructivist…
Descriptors: Child Development, Constructivism (Learning), Developmental Stages, Discourse Analysis
Peer reviewedReid, D. Kim; And Others – Remedial and Special Education, 1994
Twenty-one special education teacher trainees who had completed a course on constructivist learning theory developed teaching demonstrations which were analyzed to determine their operationalization of constructivist teaching. Results indicated that, though teachers had learned to use the jargon in journal entries and essays, they did not shift to…
Descriptors: Constructivism (Learning), Disabilities, Graduate Study, Higher Education
Peer reviewedDervin, Brenda – Journal of the American Society for Information Science, 1994
Examines the relationship between information and democracy through a framework of six stereotyped assumptions regarding ontology and epistemology, i.e., dogma, naturalism, cultural relativity, constructivism, postmodernism, and communitarianism. Implications for the design and implementation of information systems are discussed. (Contains 93…
Descriptors: Chaos Theory, Computer System Design, Constructivism (Learning), Democracy
Hay, Kenneth E. – Educational Technology, 1994
Discussion of situated cognition and legitimate peripheral participation focuses on responses to criticism of an earlier article. Highlights include postmodernism; modern rationalism; educational technology; the distinction between information and judgment; feminist and critical theories; knowledge creation; constructivism; and instructional…
Descriptors: Constructivism (Learning), Critical Theory, Criticism, Educational Technology
Peer reviewedDixon, Robert; Carnine, Douglas – Journal of Special Education, 1994
This paper proposes that research on a constructivist approach for students with disabilities should emphasize specific instructional and assessment practices, as opposed to broad educational ideologies. The value of a particular instructional or assessment practice (such as constructivism) is probably dependent upon context and learner…
Descriptors: Constructivism (Learning), Disabilities, Educational Practices, Elementary Secondary Education
Hendry, Graham D. – Australian Universities' Review, 1994
Responding to an article about the function of the Australian university (EJ 476 127), an educator criticizes the idea that faculty transmit knowledge to students. It is argued that knowledge and interpretations are not given to or acquired by students but rather that learning and education are processes of inquiry and creation. (MSE)
Descriptors: College Instruction, College Role, Constructivism (Learning), Educational Objectives
Peer reviewedBednarz, Nadine; And Others – Alberta Journal of Educational Research, 1993
Proposes a perspective on mathematical symbolism as a communication and conceptualization tool. Describes research in which first graders, solving mathematical problems in small groups, invented symbolic representations as both a part of the knowledge construction process and a means of communicating their conceptualizations to each other. (SV)
Descriptors: Constructivism (Learning), Grade 1, Intellectual Development, Mathematics Education
Peer reviewedClough, Michael P.; Clark, Robert – Science Teacher, 1994
Modifies a laboratory activity to ensure that consistencies exist between the laboratory objectives and the teacher's instructional goals (the constructivist learning theory). The changes are included in the article as well as a rationale for each change. (ZWH)
Descriptors: Chemical Reactions, Chemistry, Constructivism (Learning), Instructional Improvement
Peer reviewedDavis, Lawrence C.; Chou, Nancy C. – American Biology Teacher, 1998
Presents some simple demonstrations that students can construct for themselves in class to learn the difference between diffusion and convection rates. Uses cabbage leaves and gelatin and focuses on diffusion in ungelified media, a quantitative diffusion estimate with hydroxyl ions, and a quantitative diffusion estimate with photons. (DDR)
Descriptors: Biology, Chemical Reactions, Chemistry, Constructivism (Learning)
Peer reviewedWeld, Jeffrey – Educational Horizons, 1997
Merging constructivist learning theory with a scientific literacy emphasis can motivate students while developing valuable skills. In classrooms that incorporate learning theory, knowledge acquisition is a means to an end rather than an end goal. (SK)
Descriptors: Constructivism (Learning), Elementary Secondary Education, Learning Theories, Lifelong Learning


