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Moursund, David; And Others – Computing Teacher, 1985
This document consists of a compilation of nine articles, on computer literacy, that have been extracted from the 1984-1985 issues of the journal "The Computing Teacher". The articles include: (1) "ICLEP (Individual Computer Literacy Education Plan): A Powerful Idea" (David Moursund); (2) "Computers, Kids, and Values"…
Descriptors: Computer Literacy, Databases, Equal Education, Instructional Material Evaluation
AULT, LESLIE H. – 1968
AS PART OF THE EVALUATION OF A MULTI-MEDIA COURSE FOR MANAGERIAL PERSONNEL ON PROBLEM-SOLVING DISCUSSIONS, A SPECIAL CASE WAS DEVELOPED TO TEST TRAINEES' APPLICATION OF THEIR SKILLS IN A NEW SETTING. THE CASE PLACED EACH SUBJECT IN THE ROLE OF A PLANT MANAGER WITH A PROBLEM TO SOLVE, WITH TWO SUBORDINATES AVAILABLE FOR CONSULTATION. THE ROLES OF…
Descriptors: Management Development, Problem Solving, Research, Role Playing
Zaharis, James K.; And Others – 1971
This skill laboratory provides a technique for problem definition and alternative methods to gather pertinent data that surrounds a given situation. Seven skills are discussed including Kaufman's tri-level needs assessment model, intergroup building, organizational slice, force field analysis, brainstorming, problem definition, and conflict…
Descriptors: Conflict Resolution, Decision Making, Decision Making Skills, Performance Contracts
Peer reviewed Peer reviewed
Houtz, John; Feldhusen, John – Journal of Psychology, 1977
Provides additional data to explain the reverse effects of rewards on task performances for training problem-solving skills in fourth-graders. (RL)
Descriptors: Children, Contingency Management, Grade 4, Performance Factors
Peer reviewed Peer reviewed
Ellis, Arthur K.; Glenn, Allen D. – Journal of Economic Education, 1977
A study examined three different approaches to the teaching of economic concepts and the development of problem-solving skills: a real life problem-solving experience, a contrived experience using simulation and gaming, and a discussion-workbook experience. (Author/JR)
Descriptors: Discussion (Teaching Technique), Economics, Economics Education, Educational Research
Peer reviewed Peer reviewed
Kneedler, Peter E. – Social Studies Review, 1988
Discusses the importance of critical thinking for participation in democratic society and identifies the critical thinking skills tested in the eighth grade California Assessment Program. Provides an extensive appendix detailing a critical thinking skills continuum, a glossary of terms, and classroom strategies. (GEA)
Descriptors: Citizenship Education, Critical Thinking, Grade 8, Junior High Schools
Peer reviewed Peer reviewed
Jones, Rose L.; Williams, David L. – Journal of the American Association of Teacher Educators in Agriculture, 1986
Although agricultural education professors held a positive attitude toward cognitive skill development and frequently used cognitive skill development techniques in their classrooms, the average attitude score and the average use score were lower than might have been expected considering agricultural education's historical commitment to problem…
Descriptors: Agricultural Education, Cognitive Ability, Higher Education, Problem Solving
Peer reviewed Peer reviewed
Anderson, John R. – Psychological Review, 1987
This article has three goals: to set forth some general claims about the course of skill acquisition; to discuss a series of counter intuitive predictions derived from the ACT theory; and to review the state of empirical evidence relevant to these predictions. (LMO)
Descriptors: Cognitive Processes, Epistemology, Feedback, Knowledge Level
Sims, Henry P., Jr.; Dean, James W., Jr. – Personnel, 1985
This article reviews the quality circle concept, shows why its characteristics appeal to American executives, and examines some of its limitations. It looks at self-managing teams and discusses the reasons that adoptions have been relatively few. It then shows what organizational conditions are necessary for quality circles to evolve into teams.…
Descriptors: Group Dynamics, Organizational Climate, Problem Solving, Program Design
Peer reviewed Peer reviewed
Hughes, Jan N. – Psychology in the Schools, 1985
Presents results of two case studies in which parents served as cotherapists in a social cognitive problem-solving program: a 9-year-old boy referred for distractibility, immaturity, and impulsivity, and an 8-year-old boy referred for aggressive behaviors. (Author/NRB)
Descriptors: Aggression, Children, Cognitive Restructuring, Elementary Education
Peer reviewed Peer reviewed
Lieberman, Henry – Instructional Science, 1986
Describes a programming environment called Tinker, in which a beginning programmer presents examples to the machine, distinguishing accidental and essential aspects of the examples. Examples of programming in Tinker are presented in which programmers demonstrate how to handle specific examples and the machine formulates a procedure for handling…
Descriptors: Artificial Intelligence, Decision Making, Educational Environment, Feedback
Schoettinger, Nancy L. – Marketing Educators' Journal, 1985
Discusses the support for higher-order skills in the secondary school and vocational curricula, the need for higher-order skills in the marketing curriculum, methods of teaching higher-order skills, and implications for teacher education. (CT)
Descriptors: Creativity, Critical Thinking, Curriculum Development, Decision Making Skills
Peer reviewed Peer reviewed
Maher, Charles A.; Illback, Robert J. – Child and Family Behavior Therapy, 1984
Effects of training four urban high school principals in problem solving with adolescents and family members were assessed in simulation and naturalistic settings. Quality of problem solving exhibited was greater following training. Other principals indicated that the training program would be beneficial to themselves and other school…
Descriptors: Adolescents, Family School Relationship, Formative Evaluation, High Schools
Peer reviewed Peer reviewed
Baker, G. E.; Dugger, John C., III – Technology Teacher, 1986
Identifies procedure to help classroom teachers infuse problem solving into the typical technology education classroom. The five steps involved are (1) set a goal the student can attain, (2) define a task that incorporates new actions and ideas, (3) provide a structure, (4) force the student to choose between several alternatives, and (5) make the…
Descriptors: Decision Making, Goal Orientation, Industrial Arts, Problem Solving
Peer reviewed Peer reviewed
Miel, Alice – Educational Forum, 1986
Presents ideas to improve education, including employing increasingly effective group procedures, teaching techniques of cooperative planning and group problem solving, developing skills of cooperative assessment and self-evaluation, and developing skills of propaganda analysis. (CT)
Descriptors: Cooperation, Educational Innovation, Grouping (Instructional Purposes), Problem Solving
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