A thinking aloud pair problem solving (TAPPS) procedure--two students work cooperatively on a collection of short problems--is outlined, and reading comprehension exercises and sample student thought process protocols are presented. (Author/MLW)

This discussion of the need for learning activities which promote critical thinking skills, creativity, and affective growth in children uses Bloom's Taxonomy as a guide for designing such activities based on children's literature. Several examples of projects based on specific children's books are provided. (CLB)

Reviews approaches taken in meeting the design requirements in engineering programs. Highlights the value and applications of student involvement in design projects. Explains the features of an engineering case and advocates their use as an alternative or supplement to design projects. (ML)

Details ab initio crystal orbital calculations using all-trans-polyethylene as a model. Describes calculations based on various forms of translational symmetry. Compares these calculations with ab initio molecular orbital calculations discussed in a preceding article. Discusses three major approximations made in the crystal case. (CW)

In this article, the third part of a series, the results of ab initio polymer calculations presented in part 2 are discussed. The electronic structure of polymers, symmetry properties of band structure, and generalizations are presented. (CW)

Discusses an interdisciplinary approach to environmental education. Outlines the distinct features of Spurensicherung and the need for the development of working relationships between the practicing teacher and groups outside the school in the facilitation of the program. Advocates adoption of this method. (RT)

Discusses how problem-solving networks can be incorporated into courses. Reports on the development of a new style of pictorial network that can assist students in the handling of experimental data. (CW)

Describes six types of software (manipulative, problem-solving, text reconstruction, text construction, simulation, and adventure) and the possible roles of each in computer-assisted language learning. (Author/CB)

An elementary school-based team (SBT) problem-solving model is described. Intended to provide recommendations for initial screening, assessment, and instructional alternatives for students with learning problems in mainstreamed settings, the SBT is discussed in terms of benefits, potential problems, developmental sequence, functional processes,…

Discusses the development of inquiry skills as a legitimate goal for education and possible ways of using technology to support the inquiry process in classrooms. Three elements of inquiry are examined--how inquiry can be motivated, the centrality of questioning, and metacognitive aspects--and examples of classroom projects are given. (EM)

The discussions of the theme group on Technology and Cognitive Development at the Fifth International Congress on Mathematical Education are summarized. How computers can be used to engage students actively, to promote problem-solving skills, and to achieve better understanding is discussed. (MNS)

Characteristics of group facilitator are similar to those of information specialist as one who gathers information, clarifies questions, builds up and breaks down knowledge, presents balanced points of view, and defines problems and strategies for resolution. Information specialist has opportunity to meet organizational needs through traditional…

Presents: (1) a list of ideas for teaching problem-solving; (2) a review of a problem-solving book used in medical education; and (3) a discussion of an approach called problem-based learning. (DH)

Describes a computer program, Residue Management, which is designed to supplement discussions on the Universal Soil Loss Equation and the impact of tillage on soil properties for introductory soil courses. The program advances the user through three stages of residue management. Information on obtaining the program is also included. (ML)

Describes the organization of a crop production systems course for undergraduates in agriculture. Emphasis is placed on problem solving and student interaction and co-operation while working on grain farms and in the classroom. Samples of student evaluations of the course are included. (ML)