This article offers four models of what may be going wrong in the transmission of thinking skills from textbooks and teachers to students. Sources of the problem are identified and possible solutions, alternatives, and strategies of "teaching for thinking" are described. (JL)

Examines the teacher's role in computer-based problem solving using sixth grade students and a computer program called Rocky's Boots. Ways in which the program could be used in thinking skills programs are discussed, program improvements are suggested, and teacher intervention is identified as a critical element in computer-based training. (LRW)

The author uses a format in developmental mathematics courses that stresses (1) developing a positive attitude toward mathematics; (2) encouraging activeness on the part of the students; and (3) providing survival skills for nondevelopmental courses that encourage the practice of problem solving and analytical skills. Each of these areas is…

Explains why simulation is a particularly useful teaching device in areas in which it is important to tie together cognitive skills and motor skills into total performance. Discusses the many forms simulation can take in soft skills training and how simulations can shape perspectives. (CT)

On the basis of psychologically and philosophically oriented scientific resources, this article analyses philosophical aspects of personality development in the context of an educology of vocation. A classification of philosophical trends of personality development in educology is presented, as they are involved in vocational education and…

Word problems can be especially difficult for elementary students. This resource provides busy teachers with a new problem for every day of the school year. Period quizzes assess how well the students are mastering the problems. Tips for working the problems are provided to the students. This is ideal for improving math skills while giving…

Interactive Multi-Media Exercises (IMMEX) is a technology-based learning and assessment tool designed to integrate curricular content and problem-solving skills into real world scenarios. IMMEX inherits much of its structure from case-based and problem-based learning models and provides teachers with quantifiable, visual feedback on student…

Due to the increasing achievement gap between schools of urban settings and their suburban counterparts, and in an environment where statewide testing that may begin to hinder the graduation of many urban students, there is a need to close the gap especially in the areas of Math and Science. Teachers in such environments face the daunting task of…

A teacher involved in Kentucky's statewide systemic reform began a personal effort to change her classroom through action research, especially in the area of higher order thinking. This action research gathered data about the aspects of metacognition that might develop naturally in 8- and 9-year-olds and then translated the data into classroom…

Geographic skills are defined, developed, and categorized in the setting of an introductory physical geography college course and examples are given of the activities used in the laboratory to foster decision making and problem solving. Some comment is also made on the teaching styles which appear appropriate to foster such skill development.…

Planning interdisciplinary education requires attention to the steps by which a student can learn to look at a problem in a more complex fashion, to coordinate perspectives and to synthesize these into a more integrated understanding. (Author)

Study is concerned with the commonalities between the development of skill and the development of problem solving. (Authors)

Explores the similarities and differences among three thinking skills programs that help students analyze and evaluate their own problem-solving skills. (MLF)