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Gregory J. Crowther; Victoria L. VanHeel; Sasha D. Gradwell; Casey J. Self; Krista L. Rompolski – Advances in Physiology Education, 2024
The field of anatomy is often seen by nonanatomists as concerned primarily with the tasks of locating, naming, and describing structures; these tasks, in turn, are often assumed to require only lower-order cognitive skills (LOCSs), i.e., the Knowledge or Comprehension levels of Bloom's taxonomy. Many nonanatomists may thus believe that studying…
Descriptors: Human Body, Anatomy, Science Process Skills, Educational Objectives
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Johnson, Kristen C.; Sabel, Jaime L.; Cole, Judith; Pruett, Christin L.; Plymale, Ruth; Reyna, Nathan S. – Biochemistry and Molecular Biology Education, 2022
The need for changing how science is taught and the expansion of undergraduate research experiences is essential to foster critical thinking in the Natural Sciences. Most faculty research programs only involve a small number of upper-level undergraduate students each semester. The course-based undergraduate research experience (CURE) model enables…
Descriptors: Undergraduate Students, College Science, Science Education, Science Instruction
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Blackie, Margaret A. L. – International Journal of Higher Education, 2012
Despite the rigorous debate around the purposes of higher education and the associated concept of graduate attributes, science education at the tertiary level has remained largely impervious to engaging with these ideas. This may be due to the emphasis on the knowledge base of the hard science as opposed to the emphasis on the knower in the…
Descriptors: Science Education, Postsecondary Education, Epistemology, Individual Development
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Hayes, Kate; Wittmann, Michael C. – Physics Teacher, 2010
Helping students set up equations is one of the major goals of teaching a course in physics that contains elements of problem solving. Students must take the stories we present, interpret them, and turn them into physics; from there, they must turn that physical, idealized story into mathematics. How they do so and what problems lie along the way…
Descriptors: Physics, Equations (Mathematics), Models, Problem Solving
Won, Mihye – ProQuest LLC, 2009
To understand the issues of inquiry-based education, I adopted John Dewey's theory of inquiry as the analytical framework to examine science learning activities, students' interactions, and education standards. Educators have tried to engage students in meaningful learning, but the analysis revealed that the meaning of inquiry was diverse:…
Descriptors: Active Learning, Inquiry, Educational Objectives, Outcomes of Education
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Ritz, John M. – Journal of Technology Education, 2009
To develop meaningful instructional programs for technology education, goals need to be in place to direct the outcomes of curriculum development and teaching. Goals are program terminal outcomes that focus curriculum writers or teachers who structure content for learners. Goals provide direction so content can be delivered for long-term impact to…
Descriptors: Curriculum Development, Literacy, Technological Literacy, Technology Education
Kendall, John S.; Ryan, Susan; Weeks, Sandra; Alpert, Alan; Schwols, Amitra; Moore, Laurie – Mid-continent Research for Education and Learning (McREL), 2008
This descriptive study identifies the thinking and learning skills--such as good decision-making strategies and monitoring one's own learning progress--that students should acquire, as described in standards documents from state departments of education, from national subject-area organizations, and from organizations concerned about adequate…
Descriptors: Thinking Skills, Learning Processes, Progress Monitoring, Decision Making
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Vest, Charles M. – New Directions for Higher Education, 1994
The president of the Massachusetts Institute of Technology reflects on two fundamental principles of liberal education, that liberal education allows us to: (1) understand ourselves; and (2) act. He observes that problem solving is becoming more interdisciplinary, thus creating a greater need for liberal education. (DB)
Descriptors: Educational Objectives, Educational Philosophy, General Education, Higher Education
Huque, Abu Obaidul – Sci Educ, 1970
Descriptors: Concept Formation, Educational Objectives, Inquiry, Learning
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Weir, John Joseph – Science Teacher, 1974
Examines the processes involved in problem solving and provides twelve problems that may be used to illustrate these processes. (JR)
Descriptors: Cognitive Processes, Educational Objectives, Problem Solving, Problems
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Creager, Joan G. – American Biology Teacher, 1976
Suggests that teachers encourage student participation and self-evaluation by having the students follow a learning contract. (LS)
Descriptors: Biology, Educational Objectives, Instruction, Problem Solving
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Woods, Donald R. – Journal of College Science Teaching, 1984
Reviews several sources of published materials which contain learning objectives for general problem solving as well as problem solving in mathematics, science, and computer science. Lists of objectives are included where appropriate. (JN)
Descriptors: Behavioral Objectives, College Science, Educational Objectives, Higher Education
Dutta, S. C. – ASPBAE Journal, 1972
Author stresses that social changes are coming to developing countries in Asia, that this will lead to economic changes, and it is the job of adult educators to give direction to these changes. (Author/RK)
Descriptors: Adult Education, Developing Nations, Economic Development, Educational Development
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Andersen, Hans O. – Hoosier Science Teacher, 1984
Discusses reasons for the failure of the post-Sputnik science curricula and offers criteria for selecting relevant curriculum content, suggesting that these curricula focus on problem-solving. Lists seven problem areas (technological, environmental, empirical, historical, aesthetic, philosophical, and futuristic) with recommended topics for each…
Descriptors: Curriculum Development, Educational Objectives, High Schools, Problem Solving
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Champagne, Audrey B.; Klopfer, Leopold E. – School Science and Mathematics, 1981
Identified are reasons for discrepancies between desired states and actual practice of problem solving and reflective thinking. Issues discussed include describing the development of problem solving, using problem solving methods in instruction, outcome of developing students' problem solving abilities, and reasonable expectations of attaining the…
Descriptors: Critical Thinking, Educational Objectives, Elementary School Science, Elementary Secondary Education
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