During early childhood, practitioners and family members are often tasked with determining optimal approaches to support social skill development in young children with developmental disabilities in inclusive and self-contained settings. Eight different evidence based approaches are highlighted (social narratives, scripting, pivotal response…

Discusses metacognition as an important component of a set of essential survival skills for the future. Indicates ways to promote general awareness of metacognitive activity, facilitate conscious monitoring of comprehension, and encourage a deliberate and systematic approach to learning and problem solving. (RH)

Methods are suggested to stimulate learning disabled children to develop the metacognitive skills of: (1) reflecting on what they already know, (2) devising a plan for attacking the problem, (3) monitoring progress, and (4) evaluating the outcome of the plan. (DB)

This article describes an early childhood self-regulated metacognition program for underachieving gifted students. Teacher and peer modeling of such strategies as think-aloud, behavioral demonstration, and cuing of steps to efficient task accomplishment are outlined, with examples. Benefits of self-regulated learning strategies are reported from…

Problem-solving approaches to teaching pupils with autism in special schools are analyzed, discussing the structures needed by individual pupils to enable them to function as problem solvers, the value of reflection in enhancing the learning potential of pupils, and ways of increasing pupils' awareness of their own ways of handling learning…

Metacognition is described and suggestions for teachers about developing and improving metacognitive skills in performing mathematical tasks are given. (MNS)

The Information Age has been shaping the conception of thinking in education through the capability of computerized problem solving, through the resulting application of the information processing model to human thinking, and through the theories emerging from other cognitive science research in metacognition, construction of knowledge, and…

Research identifies two interrelated memories--one that retains facts and symbols and one that retains motor and problem-solving skills. These and other findings challenge educators to determine what students should memorize, to help them move from random memorization to creating useful concepts, and to teach students to use memory in problem…

Research relevant to improving instruction for learning disabled students with mathematical problem solving deficits is reviewed. Using a cognitive-metacognitive framework, techniques for teaching both specific and comprehensive mathematical problem solving strategies as well as techniques to enhance strategy generalization are presented.…

This article examines ways in which intuitive understandings may help teachers in developing the thinking of pupils with autism. The article suggests that, by working toward students' development of an autobiographical memory, it may be possible for them to establish an awareness of their own role as a problem solver. (JDD)

Reviews recent research related to metacognition and mathematical problem-solving performance. Offers suggestions for classroom activities to teach the skills of metacognition (i.e., plan, monitor, and evaluate thinking) in the context of mathematics. Offers instructor observations and students' self-evaluations about the types of metacognitive…

The University of Tulsa (Oklahoma) School for Gifted Children is a full school program for able learners ages 3-12. The school is the only one in the nation to use a curriculum based on Enaction Theory which postulates that thinking is a matter of running a simulation in one's head and involves three steps: (1) creating a mental model, (2)…

RIDGES is a mnemonic device designed to give upper elementary and high school students a structure to follow when solving word problems. RIDGES stands for Read the problem; I know statement; Draw a picture; Goal statement; Equation development; and Solve the equation. (VW)

Two metacognitive strategies, ARROW and BRIDGE, are presented that can be taught to students with language-based learning disabilities to help them manage the long-term memory demands of middle school and high school curricula. A metastrategy is presented that is designed to facilitate the development of strategic problem solving. (Author/CR)

This study found that 33 children (ages 7-16) with learning disabilities were deficient in their inferential skills compared to normally achieving children but were not deficient in the metacognitive skill of paying attention to errors. Results also indicated that LD children do not constitute a homogeneous group. (JDD)