The steps involved in creative problem solving (CPS) are described, and suggestions are made for incorporating CPS into instruction for gifted and talented students. (CL)

Intended primarily for the regular classroom teacher, the article discusses developing material for the gifted--Types I and II Creative Teaching Sequences. Type I is explained to focus on problem solving skills (specifically a positive attitude toward inquiry), while Type II builds on that attitude for advanced creative problem solving. (CL)

Examines problem-solving in selected software, considering what packages really teach and how useful they are in classrooms. Includes a table listing 21 packages with information in such categories as: suggested ages; solving standard logic puzzles; trial/error or predicting outcomes; breaking tasks into smaller parts; drawing conclusions; and…

Argues that incrementalism's weakness is that it is another rational approach to problem solving when what is needed is a nonrational approach--creativity. Offers guidelines for improving creativity in oneself and in the work environment. (IRT)

The guide examines creative problem solving strategies for gifted and talented students (kindergarten through intermediate levels). The 33 strategies are arranged alphabetically by title and include the name of the developer, grade level, purpose, time allotment, strategy instructions, examples, application and/or variation, resources, and…

Suggests our society strongly needs thinking that is constructive, generative, and organizing; describes an educational program, CoRT (Cognitive Research Trust), which teaches creative thinking as a skill; and presents reasons for teaching thinking as a specific subject area. (MBR)

The author gives illustrative examples of the application of creative problem solving to a variety of problems facing educational administrators. Sections address the areas of organization, finance, public relations, professional growth, curriculum, extracurricular activities, and stress management. (SW)

This article discusses techniques for integrating real problem solving and decision making into secondary social studies programs. Approaches to creative problem solving are presented, and various systematic decision making programs currently available for classroom use are identified. (Author/RM)

The authors propose a three-stage model for gifted education which proposes a hierarchy of instructional activities to enhance creative thinking, problem-solving skills, project abilities, exploratory reading, and independent learning capacity. Activities which extend the three-stage model to career education for the gifted are described. (SBH)

Presents the results of a study that aimed to incorporate a wide range of problem posing situations into students' problem solving in a classroom project with mathematically-able students in the first two years of secondary school. (Contains 15 references.) (ASK)

Describes a project that helps students integrate biological concepts using both creativity and higher-order problem-solving skills. Involves students playing the roles of junior scientists aboard a starship in orbit around a class M planet and using a description of habitats, seasonal details, and a surface map of prominent geographic features to…

Learning disabled students need systematic instruction in thinking skills. Both individual clinical studies and group programs have proven such training effective. Some important thinking strategies include goal clarification, previewing, organization, questioning, imagining, predicting, checking results, humor, and self-monitoring techniques. (DB)

Adapts Edward de Bono's "Intermediate Impossible" strategy--for considering ideas that normally would be discarded as stepping-stones to new ideas--for use as a prewriting activity to enhance creative problem solving. (HTH)

Twelve games are described which serve to reduce students' mathematics anxiety. Children solve problems by observing, visualizing, manipulating, finding patterns, and using logical sequence. Some games do not involve numbers, but all games require original thinking and encourage intuition. (JMK)