Provides the results of a review and synthesis of research bearing on ethics and values education in science and technology performed by a group of philosophers, public interest educators, and a science curriculum specialist. (DDR)

Explains how the Mathcad computer program can promote the development of higher-order chemical thinking skills of students taking junior-level physical chemistry courses. The kinetics of first-order series and reversible reactions is used as an example of how this can be implemented within an interactive laboratory or lecture format. (PVD)

Examines an interdisciplinary and creative process that uses travel journal entries as the basis for a short story. Included in the process is a delineation of geographic themes. Discusses possible uses of this approach in the classroom. Includes a sample short story. (MJP)

Describes the use of simple projects to help freshmen-level chemistry students develop chemical knowledge and an aptitude for the research process. These projects pose a new problem to students without presenting a detailed experimental procedure. Guiding questions help students design their own experiments and stimulate students to think…

Maintains that the mechanisms and learning strategies through which students learn the arts can be adapted into models of instruction for other subjects. Notes the many instances where students, particularly high-risk students, do well in arts education classes only to suffer through the more traditional curriculum. (MJP)

Summarizes recent developments in student-centered open-ended learning environments, which provide electronic tools and resources for students to use in addressing authentic situated problems and to support students' thinking and problem-solving processes. Also analyzes issues in design and utilization and presents implications for teaching,…

Research developments in cognitive psychology, and their implications for teaching and learning at the level of professional education, are summarized. Areas discussed include organization of long-term memory, influences on storage and retrieval from memory, problem solving and transfer/use of analogy, concept formation/categorization/pattern…

Civilization, Colonization, and SimCity are three CD-ROM simulation programs that provide authentic learning experiences for elementary and secondary level social studies. Benefits include a problem-solving design structure; student-controlled experiential learning; transferrable skills; and improvement of cognitive skills and reading…

Examined effects of problem-solving training on acquisition of interpersonal problem-solving skills by kindergartners. Consisted of pretesting, training, and post-testing activities. Showed that problem-solving training was effective in helping children acquire interpersonal problem-solving skills, specifically an increase in solutions generated…

Advocates adapting a postmodernist approach to history instruction. This would mandate recognizing the subjectivity of all knowledge including the historical record. Recommends embracing this subjectivity and focusing less on history as a subject and more on the development of critical-thinking skills. (MJP)

Defines a generalization as "a descriptive statement of broad application indicating a relationship between two or more concepts." Argues that successful teaching about generalizations can only occur when students understand the relationship between concepts and facts. Discusses four issues and four approaches related to teaching…

Presents a lesson plan that uses subordinating conjunctions and prepositions as "magic words." After a lesson or unit of study, students write content specific sentences using the "magic" conjunctions and prepositions. This activity serves as a unit review, helps with concept formation, and increases writing skills. (MJP)

Considers what the future of education could look like. Highlights include electronic learning and distance education scenarios; new educational models with no traditional classrooms; community and business involvement; instructional design and assessment practices; higher-order skills; educational research; professional development; technology…

Presented are six activities that help to promote critical and creative student thinking. Activities include discrepant events and questioning, divergent thinking, dilemma discussions, and drawing objects from symbols. Activities can be adapted to any science discipline. (KR)

Discussed are inconsistencies and cognitive conflict with respect to current mathematical knowledge of students and how that knowledge might be modified is discussed. The inconsistencies that students generate for themselves and those produced by the teacher are described. (KR)