ASIS Cognitive Profiles of Children with Learning Disabilities / Perfiles cognitivos de ASIS enniños con problemas de aprendizaje

Las escalas de inteligencia se utilizan ampliamente para el análisis de perfiles cognitivos en el diagnóstico de problemas de aprendizaje. El propósito de este estudio fue explorar los perfiles cognitivos de los niños con problemas de aprendizaje en una nueva prueba de inteligencia, la Escala de Inteligencia Anadolu-Sak. La prueba de inteligencia se administró a 89 niños diagnosticados con discapacidades generales de aprendizaje. Se seleccionó aleatoriamente un grupo de control emparejado (N = 92) de la muestra estándar. Los análisis de datos incluyeron análisis de perfil latente y comparaciones de puntuaciones entre grupos y comparaciones dentro de los grupos. Los hallazgos mostraron que la inteligencia general media y los medios de la capacidad verbal y visual de los niños con problemas de aprendizaje estaban en el rango promedio pero más cerca del límite inferior. La media de la memoria de trabajo estaba ligeramente por debajo del rango medio y significativamente más baja que la media del grupo de control emparejado. Los análisis de perfil latente mostraron tres perfiles distintos: el perfil en zigzag, el perfil ondulado y el perfil en cascada. La única debilidad compartida por los tres perfiles es la memoria de procesamiento secuencial visual. Los resultados implican que la memoria de procesamiento secuencial débil puede contribuir a las discapacidades de aprendizaje.(AU)

Intelligence scales are widely used for cognitive profile analyses in the diagnosis of learning disabilities. The purpose of this study was to explore the cognitive profiles of children with learning disabilities on a new test of intelligence, the Anadolu-Sak Intelligence Scale. The intelligence test was administered to 89 children diagnosed with general learning disabili-ties. A matched control group (N = 92) was randomly selected from the norm sample. Data analyses included latent profile analyses and compari-sons of scores across groups and within-group comparisons. The findings showed that the mean general intelligence and means of the verbal and visual ability of children with learning disabilities were in the average range but closer to the lower boundary. The mean of working memory was slightly below the average range and significantly lower than the mean of the matched control group. Latent profile analyses showed three distinct profiles: the zigzag profile, the wavy profile, the and waterfall profile. The only weakness shared by the three profiles is visual sequential processing memory. The results imply that weak sequential processing memory may contribute to learning disabilities.(AU)

Creative Potential in Science: Conceptual and Measurement Issues.

This paper examines the concept of creative potential as it applies in science. First, conceptual issues concerning the definition of creative potential are explored, highlighting that creative potential is a moving target, and measures of creative potential are estimates of future behavior. Then three main ways to detect creative potential are examined. First, a person's previous accomplishments in science can be analyzed. These accomplishments can be regarded as predictors of future creative performance. Second, science talent competitions can help to detect creative potential in children and adolescents. There are particular types of talent competitions differing from each other by the extent of focusing on individual (e.g., Science Fairs) or collaborative (e.g., Science Olympiads) work. Third, to measure an individual's creative potential, psychometric tools such as Creative Scientific Ability Test (C-SAT), Test of Scientific Creativity Animations for Children (TOSCAC), and Evaluation of Potential Creativity (EPoC) can be used. These tools are conceptualized in terms of two scientific activities: hypothesis generation and hypothesis testing. In a final section, these three types of measures are placed in a novel time-space framework as applied to creative potential. Suggestions for future work are also discussed.

EPTS curriculum model in the education of gifted students / El modelo de curriculum EPTS para la educación de los alumnos superdotados

In this article, the author reviews the EPTS Model (Education Programs for Talented Students) and discuss how it was developed through multiple stages, the ways it is used to develop programs for gifted students, and then presents research carried out on the effectiveness of this model in the education of gifted students. The EPTS Model has two dimensions: ability and content. The ability dimension has a hierarchical structure composed of three levels of cognitive skills. The content dimension is the extension of the regular curriculum but organized at four levels: data, concept, generalization and theory. Included in the article also is a brief critics of the current state of curricular programs in gifted education

En este artículo el autor revisa el modelo de los Programas para alumnos Superdotados y Talentos (EPTS, por sus siglas en inglés) desarrollados en la Anadolu University. Se discute como dichos programas se han desarrollado a través de múltiples fases, la forma en que estos se usan para desarrollar programas educativos para alumnos superdotados y la investigación llevada a cabo sobre la efectividad de este modelo educativo. El modelo EPTS tiene dos dimensiones: habilidad y contenido. La dimensión de habilidad tiene una estructura jerárquica compuesta por tres niveles de destrezas cognitivas. La dimensión de contenido es la extensión del currículo ordinario pero organizado en cuatro niveles: datos, conceptos, generalización y teoría. En el artículo también se incluye una breve crítica sobre el estado actual de los programas curriculares en la educación de alumnos superdotados