Presents two diagrams that model the communication process used by a learner solving academic problems. (PF)

The ability to raise effective questions for problem-solving learning requires considerable skill and much preparation and practice. This research provides a brief examination of three problem-solving models for both elementary and secondary-level classrooms and emphasizes the development of an appropriate teacher question repertory for each phase…

A pioneer in the field tries to close the communications gap between biofeedback and education by showing how the technology can help students stay alert, feel better and explore inner space. (Editor)

Six year olds and college students were given two or four conceptual problems to solve, the number of rules within the series of problems being either one or two. Number of rules and the interaction of number of rules and age of subject were found to be significant variables. (CS)

The operation of means-ends analysis (MEA) involves attempts at reducing differences between problem states and the goal state. It was paradoxically found that the more problem solvers knew of the goal state, the less they learned of the problem structure during the solution process. (PN)

Discusses the cognitive approach to instructional design (ID) and how ID practitioners can design training differently. Highlights include how learning occurs; categories of learning; a model that summarizes the components of a well-designed lesson; a framework for ID based on cognitive psychology; and a table to use as a job aid for designing…

Distinguishes two types of learning processes: (1) learning from regularity--a linear model of problem, process, and product; and (2) learning from irregularity--adaptation to changing circumstances. Argues that these approaches lack an ethical or political dimension and advocates learning from responsibility or social commitment. (SK)

Identifies how researchers have defined active learning, and synthesizes current findings on the instructional designs that facilitate hands-on problem solving. Proposes three additional areas of inquiry into the instructional needs of active learners. (SR)

Presents a mathematical problem on calculating the length of a groove on a long-playing record. Analyzes the problem-solving stages by using two methods of estimation or calculation. (ASK)

Reports on an empirical study that investigated the use of hypertext information systems during architectural design problem solving. Discusses theoretical notions on design problem solving, changing informational needs, and educational implications related to learning in complex domains. (Author/LRW)

Because continuous learning and knowledge generation are core competencies in our ability to resolve the problems facing us as a world community, we must reject the efficiency model and embrace the emerging model of learning. Current schooling structures are counter to new brain/mind learning precepts. Learner-as-pioneer requires individuals to…

Defines active learning as students actively involved in the learning process. Suggests that to learn actively, students need to know their learning styles and engage with the subject matter. Concludes that students who know their learning styles and are allowed to choose time management methods, note-taking systems, textbook marking methods and…

Two studies assessed whether: (1) high levels of task-relevant metacognition would be related to good task performance; (2) some kinds of feedback (e.g., explanations) would improve task-relevant metacognition (and hence, performance) more than other kinds of feedback; and (3) some kinds of people would be more likely to seek out and use this…

The present study examines the effect of three different structured methods, traditional, independent and problem-solving, of teaching children arithmetic in the beginning of 7th grade in Sweden, age 13 years. The progress made by these students is presented by measures of their arithmetic ability, calculation and quantitative concept, as well as…