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Black, Allen – 1986
This paper represents one portion of an ongoing effort to elaborate on pedagogical principles based on structural-developmental (largely Piagetian) theory and research. Here, a concept of "problem structure" is developed as a means for identifying physical factors that contribute to children's ability to apply experimental reasoning.…
Descriptors: Cognitive Processes, Cognitive Structures, Developmental Stages, Educational Principles
Broudy, Harry S. – 1985
The key to the improvement of teacher education lies in the identification of a set of problems that legitimately can claim to be so generic and important that all who teach will be familiar with them. Such problems are what case studies portray. Case studies constitute the problemata of the professional curriculum. In the present state of…
Descriptors: Case Studies, Discipline Problems, Higher Education, Preservice Teacher Education
Rachlin, Sid, Ed.; McDonald, Judy, Ed. – 1982
This monograph provides teachers with a wide range of articles on the teaching of problem solving in the mathematics classroom. The first section, on Understanding the Problem, includes articles which provide a sense of the "problem" of teaching problem solving. The second section, on Devising a Plan, provides suggested plans for…
Descriptors: Cognitive Processes, Elementary Secondary Education, Mathematics Education, Mathematics Instruction
Steve, Michael – 1984
Part of a collection of papers commissioned by Foundations, a project designed to identify the career development needs of students entering the National Technical Institute for the Deaf, this paper examines research on problem solving and decision making. The section on problem solving reviews various models and concepts associated with problem…
Descriptors: Career Development, Coping, Deafness, Decision Making
Peer reviewed Peer reviewed
Troutman, Andria Price; Lichtenberg, Betty Plunkett – Mathematics Teacher, 1974
Five steps common to different problem solving models are listed. Next, seven specific abilities related to solving problems are discussed and examples given. Sample activities, appropriate to help in developing these specific abilities, are suggested. (LS)
Descriptors: Experiential Learning, Generalization, Instruction, Low Achievement
Bigelow, Bruce E. – 1978
This paper attempts to summarize briefly the history of the Denison University project for learning through simulation, detailing the range of research, development, education and training, and evaluational efforts which resulted in the establishment of the Denison Simulation Center. The paper includes an explanation of the services currently…
Descriptors: Educational Research, Evaluation Methods, Game Theory, Problem Solving
Alic, J. A. – Engineering Education, 1975
Views the teaching of materials as content oriented, while teaching design is process oriented. Advocates the integration of design teaching with materials teaching through design problems in which the materials component plays a large part. (GS)
Descriptors: Curriculum, Design, Engineering Education, Higher Education
Nat Sch, 1969
Descriptors: Creative Activities, Discovery Learning, Induction, Inquiry
Stevenson, Dwight W.; Klaver, Peter R. – 1978
Since too many technical students do not get enough experience in problem definition, technical writing teachers can improve the training they provide by introducing their students to principles of tagmemic rhetoric, a problem-solving rhetoric that emphasizes the early stages of the inquiry process. According to tagmemic rhetoric, an adequate…
Descriptors: Definitions, Higher Education, Problem Solving, Tagmemic Analysis
Yeshurun, Shraga – 1979
Detailed is a strategy for teaching the transformation of word problems into equations, equation systems, or inequalities. Classroom experiments using the method are described and are favorable. The underlying philosophy of the method is that the transformation will be accomplished by means of comprehension at first, but in the second stage the…
Descriptors: Cognitive Processes, Inequalities, Instruction, Learning Activities
TURNER, RICHARD L. – 1961
THE QUESTION OF THIS STUDY WAS WHETHER PREVIOUSLY FOUND RELATIONSHIPS BETWEEN INTELLIGENCE AND PROBLEM SOLVING WOULD HOLD UP EVEN THOUGH SEVERAL MODIFICATIONS HAD BEEN INTRODUCED INTO THE CRITERION INSTRUMENT. SAMPLES WERE DRAWN FROM BOTH PROFESSIONAL UNDERGRADUATE AND GRADUATE COURSES CONCERNED WITH THE TEACHING OF ARITHMETIC AT INDIANA…
Descriptors: Arithmetic, Elementary School Teachers, Intelligence, Problem Solving
PARKER, CECIL J.; THATCHER, DAVID A. – 1965
BASAL READING (BR) AND INDIVIDUALIZED READING (IR) METHODS OF TEACHING ELEMENTARY SCHOOL CHILDREN TO READ WERE COMPARED TO DETERMINE THEIR CONTRIBUTION TO SKILL IN CREATIVITY AND PROBLEM-SOLVING. TEACHERS (N 29) WERE SELECTED TO PARTICIPATE IN THE STUDY. FIFTEEN TEACHERS WERE DIVIDED INTO A RANDOMLY ASSIGNED (RA) GROUP AND A TEACHER PREFERENCE…
Descriptors: Basic Reading, Comparative Analysis, Creativity, Elementary Education
Schuetz, Jan – 1979
A program for lifelong learning for the elderly is proposed in this paper. The paper advocates communication education for the elderly; specifies communication concepts related to the older learner, including self-concept, role adaptation, and problem solving; explains instructional methods appropriate to the communication concepts; and offers…
Descriptors: Communication (Thought Transfer), Lifelong Learning, Older Adults, Problem Solving
Post, Thomas Robert – 1967
Analyzed was the increase in problem-solving ability when students were exposed to, and participated in, various aspects of a problem-solving process. Also analyzed was the nature of the relationship between problem-solving ability, as measured by the author's instrument, and the intelligence quotient, creativity index, and sex of seventh grade…
Descriptors: Achievement, Doctoral Dissertations, Grade 7, Instruction
Renner, John W. – 1977
The author argues that the input-output model of learning is inadequate for those who believe education is to produce persons who can solve problems in a particular area. He suggests that the act of learning be examined rather than the products of an educational experience. Piaget's mental-structures model of learning is then discussed along with…
Descriptors: Cognitive Development, Concept Formation, Educational Psychology, Instruction
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