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Process‐based remediation of decoding in gifted LD students:Three case studies

Shawn Crawford, Fern Snart

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Abstract

Three male students between 10 and 13 years of age, who possessed WISC‐R Full Scale IQ's of greater than 120 and documented problems in decoding skills were assessed with respect to cognitive processing abilities (Cognitive Assessment System) and found to have marked deficits in successive coding. A process based remedial program, combining global training on tasks requiring successive processing with tasks involving the application of successive processing to decoding in reading, was implemented within approximately six weeks (15 hours) of training. The remedial program included guided practice and verbal mediation to assist students to internalize and generalize the cognitive strategies. Improvements following remediation were manifested uniquely for each of the students. The differences appeared to be related to the entry skill levels and preferred strategies of each student, as well as to the dimensions of attention and motivation. Results offer an extension of cognitive theory regarding the functioning of students, and may also provide an assessment option allowing earlier identification and remediation for such students.

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What this paper is about

Three male students between 10 and 13 years of age, who possessed WISC‐R Full Scale IQ's of greater than 120 and documented problems in decoding skills were assessed with respect to cognitive processing abilities (Cognitive Assessment System) and found to have marked deficits in successive coding. A process based remedial program, combining global training on tasks requiring successive processing with tasks involving the application of successive processing to decoding in reading, was implemented within approximately six weeks (15 hours) of training. The remedial program included guided practice and verbal mediation to assist students to internalize and generalize the cognitive strategies. Improvements following remediation were manifested uniquely for each of the students. The differences appeared to be related to the entry skill levels and preferred strategies of each student, as well as to the dimensions of attention and motivation. Results offer an extension of cognitive theory regarding the functioning of students, and may also provide an assessment option allowing earlier identification and remediation for such students.

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Available abstract

Three male students between 10 and 13 years of age, who possessed WISC‐R Full Scale IQ's of greater than 120 and documented problems in decoding skills were assessed with respect to cognitive processing abilities (Cognitive Assessment System) and found to have marked deficits in successive coding. A process based remedial program, combining global training on tasks requiring successive processing with tasks involving the application of successive processing to decoding in reading, was implemented within approximately six weeks (15 hours) of training. The remedial program included guided practice and verbal mediation to assist students to internalize and generalize the cognitive strategies. Improvements following remediation were manifested uniquely for each of the students. The differences appeared to be related to the entry skill levels and preferred strategies of each student, as well as to the dimensions of attention and motivation. Results offer an extension of cognitive theory regarding the functioning of students, and may also provide an assessment option allowing earlier identification and remediation for such students.

Key concepts: Remedial education, Psychology, Coding (social sciences), Cognition, Reading (process), Cognitive psychology, Developmental psychology, Mathematics education

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