1000 resultados para Ensino auditivo-visual
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The use of computers in childhood education makes it possible for them to acquire knowledge in a fun way through games. This paper describes the experience of implementing the course “Computers for Children”, which is part of a University Extension Program at the School of Dentistry at UNESP - Araraquara. This course is offered to children aged 5-7 years old and it aims, not only, to offer children, via computer, a direct contact with new teaching technologies, but also, to help them develop both their motor and logical thinking abilities through educational games. The children that participated in this course are from the Children’s Center “Casinha de Abelha” at the UNESP -Araraquara and also from the Municipal Recreation and Educational Centers also in Araraquara, SP, Brazil. The software resources used in this course to teach computer skills are the educational games “Coelho Sabido Maternal”, “A Estrela Cintilante” and “Festa dos Dentinhos”. The children’s learning and the level of difficulty in using the computer as a tool were evaluated. It was possible to conclude that the course has been contributing to the digital inclusion of children aged 5-7 years old, in addition to training their visual and audio perception, their motor coordination and memorization, hence developing skills that are essential to the children’s literacy process.
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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The Brazilian sign language is a visual-spatial language, manifested through the hands, facial expressions and body, being considered a natural language used by the deaf community in Brazil. Thus, in a school context the knowledge of LIBRAS is fundamental to the interpreter and the deaf student, so, the role of the interpreter in the classroom is to mediate the relationship between teachers and students. The objective of this study is to investigate the importance of the interpreter in the educational process of the deaf child and try to map the possible difficulties found by him in his workspace, under his perspective in the classroom. This is a qualitative study, which had the data collection instrument as an open interview with questionnaire, dealing on issues concerning to the role and practice of the interpreter of Libras in the classroom to support the deaf student in school age. Therefore, participated in the study two interpreters of Libras who works in elementary school classrooms in the city of Jaú. The results shown that the interpreter's role is extremely important for the education of children with hearing impairment, but it's not recognized and many times not accepted by teachers and educational institutions, when its real function is respected
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Purpose: To verify the efficacy of a perceptual and visual-motor skill intervention program for students with dyslexia. Methods: The participants were 20 students from third to fifth grade of a public elementary school in Marília, São Paulo, aged from 8 years to 11 years and 11 months, distributed into the following groups: Group I (GI; 10 students with developmental dyslexia) and Group II (GII; 10 students with good academic performance). A perceptual and visual-motor intervention program was applied, which comprised exercises for visual-motor coordination, visual discrimination, visual memory, visual-spatial relationship, shape constancy, sequential memory, visual figure-ground coordination, and visual closure. In pre- and post-testing situations, both groups were submitted to the Test of Visual-Perceptual Skills (TVPS-3), and the quality of handwriting was analyzed using the Dysgraphia Scale. Results: The analyzed statistical results showed that both groups of students had dysgraphia in pretesting situation. In visual perceptual skills, GI presented a lower performance compared to GII, as well as in the quality of writing. After undergoing the intervention program, GI increased the average of correct answers in TVPS-3 and improved the quality of handwriting. Conclusion: The developed intervention program proved appropriate for being applied to students with dyslexia, and showed positive effects because it provided improved visual perception skills and quality of writing for students with developmental dyslexia.
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The purpose of the present study was to analyze the visual control of braking a bicycle when the cyclist is surprised by an obstacle in his way. According to Lee (1976), visually controlled braking based on time to collision information utilizes the optic variables tau and its first derivative in time, tau-dot, to initiating the braking action and regulating its intensity. Seven young adults performed a bicycle braking task in curvilinear trajectory under distinct velocity (high, medium, and low) and uncertainty (certainty and uncertainty) conditions. Results showed that, independently of velocity and uncertainty levels, participants utilized tau and tau-dot to initiating and regulating the braking action, avoiding collision with the obstacle. Cognitive, attentional, and other psychological factors resulting from both increased velocity and uncertainty were not capable of altering the use of time to collision information, corroborating the tested hypothesis
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In this paper, two simple ways of evaluating carbon steel sheet corrosion in a hydrochloric acid solution were presented as an experimental proposal for corrosion teaching. The first method is based on direct measurements of mass before and after corrosion tests. The second approach follows the principle of visual colorimetry by which soluble corrosion products are transformed into red complexes allowing monitoring of the products'concentration according to increases in solution color intensity. Both methods proved able to determine the corrosion rate.
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O presente trabalho realiza um estudo referente à Geometria Tridimensional, no que tange a sua metodologia apresentada nos livros didáticos de Matemática. Esse instrumento tem passado por um processo de avaliação mais rigoroso nas últimas décadas pelos órgãos governamentais para a promoção do livro com qualidade o que é importante, porém uma análise crítica de seus conteúdos é essencial para que esse instrumento torne-se adequado a cada realidade e um aliado no planejamento do educador no processo de ensino e aprendizagem da Geometria. Essa disciplina é considerada por vários autores e especialista da educação como um conhecimento muito pertinente para a formação integral do aluno, ao proporcionar o desenvolvimento do raciocínio visual, espacial e lógico, abrangendo também a formação cultural e profissional. Nesse sentido, considerando a importância da escolha de um livro adequado e coerente para a qualidade desse ensino, objetivouse com esse estudo realizar uma análise e reflexão sobre os conteúdos da Geometria Tridimensional apresentada em dois livros didáticos de matemática do 5º ano do ensino fundamental submetidos aos critérios eliminatórios do Programa Nacional do Livro Didático - PNLD (2013) e aprovado pelo Ministério da Educação. Mediante levantamento bibliográfico da literatura pertinente e análise de documentos oficiais foi possível verificar que os mesmos apresentaram progressos em alguns aspectos atendendo de forma parcial as propostas atuais para esse ensino demonstrando que ainda precisam evoluir
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This article is inserted in a study aimed at the identification of the main barriers for the inclusion of visually-impaired students in Physics classes. It focuses on the understanding of the communication context which facilitates or hardens the effective participation of students with visual impairment in Mechanics activities. To do so, the research defines, from empirical - sensory and semantic structures, the language to be applied in the activities, as well as, the moment and the speech pattern in which the languages have been used. As a result, it identifies the rela tion between the uses of the interdependent audio-visual empirical lan guage structure in the non-interactive episodes of authority; the decrease in the use of this structure in interactive episodes; the creation of educa tional segregation environments within the classroom and the frequent use of the interdependent tactile-hearing empirical language structure in such environments.
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This article is part of a study that seeks to understand the main barriers to the inclusion of visually impaired students in learning Physics. Analyzing modern physics classes, we examine the difficulties in communication between teachers and visually impaired students. Our study emphasizes the analyses of empiricalsensory and semantic structures of speech, indicating factors that may hamper students’ understanding in the classroom. We recommend alternative procedures that aim to facilitate the effective participation of students with visual impairment in the communication process, such as: elimination of the interdependent audiovisual structure and the exploration of the communicational potentialities of a speech based on empirical structures whose accessibility does not depend on visual skills.
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This article represents a continuation of the results of a research presented in Camargo and Nardi (2007). It is inserted in the study that seeks to understand the main student’s inclusion barriers with visual impairment in the Physics classes. It aims to understand which communication context shows kindness or unkindness to the impairment visual student’s real participation in thermology activities. For this, the research defines, from the empirical - sensory and semantics structures, the used languages in the activities, as well, the moment and the speech pattern in which the languages have been used. As result, identifies a strong relation between the uses of the interdependent empirical structure audio-visual language in the non-interactive episodes of authority; a decrease of this structure use in the interactive episodes and the creation of education segregation environments within the classroom.
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The main objective of this survey is describing signly the metaphor learning resource, with focus on biology education. Our teorical reference is the peircean semiotics, because it means solid heritage to code surveys implicated at science education, it led us to do an explanation about the main lines about that reference, addressed to researchers and lecturers interested in those reasonings. In the description yearned, another objectives appear: demonstrate diferences between metaphor/analogy and pragmatic analogy; to list metaphors, from cell representation analysis, and argue about principals diferences and probable cognitive consequences between the metaphor event in the visual representation and speech sentences. Therefore we analysed the animal cell of a high school first grade studying book – biology – cell biology – used by São Paulo and another state students. The findings demonstrate the undeniable importance of the metaphor as a learning tool in the biology education, and new findings about that, such as its limits in the concept elaboration, gnosiologic consequences for receptioning, the search needs for propositions– pictures between concept relations – in the science speech construction, and other results.
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One of the actual biggest problems in big towns is the visual pollution. The advertising has become a necessity for any type of business, resulting in the use of as urban spaces as possible like fronts structures, lights, with too many colors and details to keep the attention of sight, thus becoming an important problem for the social and cultural coexistence. The work of graphic designer can reduce this problem through the concepts of visual identity applied on the enterprise building front, giving harmony in the colors and spaces where they can apply the advertising without to attack the urban beauty and esthetics.
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The aim of this paper is to present an educational proposal with didactic and pedagogical orientations, to the Science Education for people with visual impairments. Then, we use as main reference, Gérard Vergnaud’s Theory of Conceptual Fields, joining with a translational focus, applying empirical results of Cognitive Neuroscience. Within this, we highlight the role of educational activities related with 'multisensory scientific literacy ', focusing on the linguistic triad: read, interpretation and textual representation. We hope this perspective, become in the future an important component on guidelines for composing a 'semiotic protocol' for Science Education. Realizing too, epistemological peculiarities, pedagogic and didactic specificities in this area, and, revealing such properties on the cognitive constructs, for science and technology education.
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This article is part of a study that seeks to understand what are the main barriers and alternatives for inclusion of students with visual impairments in the context of physics education. Presents and discusses the difficulties and feasibility to include the blind for birth student in thermology’ classes. Through content analysis identifies four classes of functioning implies difficulties and feasibility. In conclusion, emphasizes the importance of creating appropriate communication environments, the inclusive function of element interactivity, as well as the need for dismissal of a segregated environment within the classroom.
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Despite of intense discussion over recent decades about the inclusion of disabled people and the influence of conception of teachers about that inclusion for the effectuation of it, this work sought to identify conceptions of science teachers regarding the inclusion of students with visual impairment in the classes of astronomy providing basis for future studies.