An environment for modelling problem-solving oriented learning processes

Author(s):  
Kazuhisa Seta ◽  
Motohide Umano
2018 ◽  
Vol 29 (71) ◽  
pp. 386
Author(s):  
Gustavo Danicki Aureliano Rosa ◽  
Afonso Celso Tanus Galvão

<p>Desenvolve-se uma análise de protocolos verbais de processos de estudo, tendo como inspiração a taxonomia de objetivos educacionais de Bloom et al. (1977), para a geração de subsídios para a avaliação educacional. Os protocolos foram gerados a partir da entrevista com seis indivíduos que realizaram o estudo com materiais de domínio e não domínio inferido. Os resultados da pesquisa sugerem que: i) informações importantes para o realinhamento das ações em uma situação de ensino e aprendizagem podem ser obtidas, tais como termos-chave que tenham significado para os indivíduos e que estejam inseridos em materiais de não domínio; e ii)  uma categorização como a proposta neste estudo para a tomada de decisão pode contribuir para o trabalho efetivo do estudante em situações adequadas ao seu nível de desenvolvimento rumo ao domínio completo de determinado material de estudo.</p><p><strong>Palavras-chave:</strong> Avaliação da Educação, Taxonomia, Resolução de Problemas, Desenvolvimento Cognitivo.</p><p>  </p><p><em><strong>Procesos de estudio y evaluación del aprendizaje en el desarrollo de la expertise</strong></em></p><p><em>Se desarrolla un análisis de protocolos verbales de procesos de estudio, cuya inspiración es la taxonomía de objetivos educacionales de Bloom et al. (1977), a fin de generar subsidios para la evaluación educacional. Los protocolos se originaron a partir de la entrevista con seis individuos que realizaron el estudio con materiales de dominio y no dominio inferido. Los resultados de la investigación sugieren que: i) se pueden obtener informaciones importantes para la realineación de las acciones en una situación de enseñanza y aprendizaje, tales como términos clave que tengan significado para los individuos y que estén insertos en materiales de no dominio; y ii)  una categorización como la propuesta en este estudio para la toma de decisión puede contribuir para el trabajo efectivo del estudiante en situaciones adecuadas a su nivel de desarrollo rumbo al dominio completo de un determinado material de estudio.</em></p><p><em><strong>Palabras clave:</strong> Evaluación de la Educación, Taxonomía, Resolución de Problemas, Desarrollo Cognitivo.</em></p><p><em>  </em></p><p><em><strong>Learning processes and learning assessment for expertise development</strong></em></p><p><em>An analysis of verbal protocols of learning processes, and their categorization based on Bloom’s et al. (1977) taxonomy of educational objectives, is developed to generate subsidies for an educational assessment of learning processes. The participants were six academics who were observed while solving problems involving domain and non-domain material. Results suggest that: i) knowledge that is relevant for the realignment of actions in situations of teaching, such as keywords that are meaningful for individuals that can be obtained even when inserted into nondomain materials; and ii) categorizations such as the ones proposed for this study can contribute to the effectiveness of students’ learning processes in situations that are appropriate for their level of development and towards the mastery of study content.</em></p><p><em><strong>Keywords:</strong> Educational Assessment, Taxonomy, Problem Solving, Cognitive Development.</em></p>


Author(s):  
David Tzuriel

Dynamic assessment (DA) is guided by theoretical conceptualization about the nature of cognitive modifiability and needs to construct diagnostic measures for children who do not reveal their learning potential in conventional static tests. The development of DA was stirred by inadequacy of conventional testing to provide precise answers for individual differences in learning ability, learning processes, cognitive functions, and non-intellective factors that are responsible for cognitive modifiability. The rationale for developing DA for preschool children is that early identification of children’s learning potential and deficient cognitive functions would facilitate development of mediation strategies to overcome their learning difficulties and actualize their learning potential. DA is defined as an assessment, by an active teaching process, of a child’s perception, learning, thinking, and problem solving. DA is aimed at modifying an individual’s cognitive functioning and observing subsequent changes in learning and problem-solving patterns within the testing situation. Development of DA was driven by criticism of standardized testing: (a) bias toward minority groups and children with special needs, (b) selective administration procedures of children with high-risk for being labled as intellectualy disabled, (c) lack of consideration of motivational and emotional factors, (d) lack of information on learning and metacognitive processes, and (e) inadequate recommendations on specific intervention strategies and prescriptive teaching. The main goals of DA are to assess learning potential, deficient cognitive functions, amount and nature of mediation required for change, and transfer of learning. The main mediation strategies used in DA are establishing prerequired thinking behaviors, self-regulation of behavior, enhancement of reflective and analytic processes, teaching task-specific concepts, feedback on success/failure in learning processes, and development of basic communication skills. DA of preschool children is more challenging than that of older children because executive functions and communication skills of young children are less developed. The best known DA approaches for young children are those of Lidz and Tzuriel; both are based on the theories of Vygotsky and Feuerstein. Lidz’s approach is focused on objectives that reflect curriculum demands of educational settings. Her Application of the Cognitive Functions Scale indicates the degree of mastery on cognitive tasks, responsiveness to intervention, and non-intellective factors. Tzuriel’s approach is characterized by innovations of instruments, assessment procedures adapted for developmental stages, mediation strategies, behavior checklists, and a recording and scoring for clinical and measurement versions. Tzuriel’s approach is characterized by 10 aspects: Adaptation of test materials to child’s developmental level, “bridging” of concrete operations to abstract operations, communication aspects, clinical and measurement versions, preliminary phase component of DA, scoring methods for the measurement version, transfer problems, comparison of modifiability across task dimensions, assessment of non-intellective factors, and creativity in construction of problems. A growing body of theory and research on DA supports the crucial role of the DA in: (a) reflecting better the learning potential of children than standardized testing, (b) confirming that the quality of mediation within the family, school, and peers systems is a strong determinant of cognitive modifiability, and (c) demonstrating DA as a powerful approach in revealing the implicit effects of intervention cognitive programs on cognitive development.


2005 ◽  
Vol 26 (12) ◽  
pp. 1885-1907 ◽  
Author(s):  
Stefano Brusoni

This paper builds upon current research into the organizational implications of ‘modularity’. Advocates of modularity argue that the ‘invisible hand’ of markets is reaching activities previously controlled through the visible hand of hierarchies. This paper argues that there are cognitive limits to the extent of division of labour: what kinds of problems firms solve, and how they solve them, set limits to the extent of division of labour, irrespective of the extent of the market. This paper analyses the cognitive limits to the division of labour, relying on an in-depth case study of engineering design activities. On this basis, it explains why coordinating increasingly specialized bodies of knowledge, and increasingly distributed learning processes, requires the presence of knowledge-integrating firms even in the presence of modular products. Such firms, relying on their wide in-house scientific and technological capabilities, have the ‘authority’ to identify, propose and implement solutions to complex problems. In so doing, they coordinate networks of suppliers of both components and specialized competencies.


When taking into account individualized learning processes not only content and interaction facilities need to be re-considered, but also the design of learning processes per se. Besides explicitness of learning objectives, interactive means of education need to enable intertwining content and communication elements as basic elements of active learning in a flexible way while preserving a certain structure of the learning process. Intelligibility Catchers are a theoretically grounded framework to enable such individualized processes. It allows learners and teachers agreeing and determining a desired learning outcome in written form. This type of e-learning contract enables students to individually explore content and participate in social interactions, while being guided by a transparent learning process structure. The developed implementation empowers learners in terms of creative problem-solving capabilities, and requires adaptation of classroom situations. The framework and its supporting semantic e-learning environment not only enables diverse learning and problem solving processes, but also supports the collaborative construction of e-learning contracts.


1997 ◽  
Vol 25 (1) ◽  
pp. 1-12
Author(s):  
H. W. Gretton ◽  
J. T. Callender ◽  
N. V. Challis

In this paper it is argued that modern developments in technology, such as the spreadsheet, open out possibilities for different approaches to topics in engineering mathematics, for example field theory. The aim here is not to reduce mathematics for engineers to the level of pressing buttons, but it is to encourage a deeper understanding. The visualization capabilities of computer technology, and its strength in performing repetitive tasks, can allow and indeed encourage a review both of what mathematical skills and understanding are required of engineers now and also of the best approach to nurturing that understanding. For example in an approach to two- dimensional heat conduction, the initial emphasis may be shifted away from heavy manipulation and towards modelling, problem solving and building a conceptual framework. This allows students to develop an intuitive feel for typical problems before becoming entangled in some of the more complex analytical and mathematically sophisticated issues. The current example is only one of many where modern developments in technology may lead to a review of educational as well as engineering practice.


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