111 resultados para Enseñanza de matemática para no matemáticos
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Pós-graduação em Educação Matemática - IGCE
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Pós-graduação em Educação Matemática - IGCE
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Pós-graduação em Docência para a Educação Básica - FC
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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In this paper we propose the achievement of an interdisciplinary activity evolving biology and mathematics knowledge with students of the third grade of high school about the population growth theme. The goal of this activity is to offer to the students a wider perception about the ways of population growth of different organisms from their home region, helping them to represent it through mathematics models. The formulation of the research problem is done from the theoretical and empirical data and the student is encouraged to behave in a participative and dialogic way in all stages of the activity. The mathematical modeling and the graphic representation of the population growth are made through the mathematical software Geogebra and we emphasize the qualitative analysis of the data from the biological and environmental education point of view.
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In this paper we present results of research conducted on the constitution of the identity of CEM (Centre for Mathematics Education), a group of mathematics teacher educators from the city of São Paulo, Brazil (1984-1997). We emphasize the processes of constitution of CEM’s identities, on the perspective of Oral History in Mathematics Education, of the Model of Semantic Fields and of theories of identities. As part of the broader endeavor of examining possibilities for constituting identities for the group, from several theoretical standpoints, here we report an exercise on constituting the identity of CEM from a Cartesian standpoint; the overall assumption is that we are not properly interested in what CEM is or was, but on the possibilities themselves. We argue that such analysis leads to an understanding of the group as being an accident involving the individual identities of its members but not to an understanding of CEM’s group identity as such.
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The paper that if presents, tells a research carried through next to students of the High School, in which activities of mathematical investigation from questions of some examinations of federal and state public universities had been elaborated; later applied to these students in a state school of the inside of São Paulo and with data obtained from their productions, we search to analyze which procedures had been used for them and which procedural changes had occurred. It is intended with this, to collaborate for the mathematical formation of the students of High School aiming at a more significant learning of the mathematical concepts and the procedures involved when working with this type of activity.
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This paper presents some results of the investigation on the Mathematical Education Centre (CEM), a group of mathematics teachers’ educators in São Paulo, Brazil, acting mainly between 1984 and 1997. The essay, marked by an effort to constitute the identity of the CEM based on Foucault, assumes that the identity constitution process is not about what CEM is or was, but mainly about a set of possibilities of apprehending it from its historically contextualized strategies and initiatives. In this Foucauldian reading, which brings about concepts such as "strategic device", "resistance" and "power relations", the CEM constitution appears while it creates conditions for the constitution of Brazilian modern mathematical education.
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It is shown the result of design, implement and analyze an exercise for teaching of Didactics of Physics, based on the use of History of Science as an information resource and point of discussion. We start with two assumptions: (1) currently, in the international level there is a research field that studies the use of History, Philosophy and Epistemology of sciences on education of teachers, which present that this field allows to treat contents of Physics in nontraditional ways, that is to say, beyond to the mathematician vision; (2) one of the dimensions that should be worked on education of teachers, specifically in education for teaching, must be, the (re) connaissance of their disciplinary knowledge, through metacognitive exercises, for which History provides appropriate resources. In order to involve the future teacher in a metacognitive activity that would allow (re) visit some of their knowledge of Physics, we developed an exercise based on research results about the history of the light concept. We analyzed the potentialities of this exercise to educate for teaching.
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Como é conhecido pela maioria, infelizmente, o ensino de matemática vem enfrentando muitas dificuldades. Cerca o ensino dessa disciplina mitos, preconceitos, que fazem com que o estudante, muitas vezes, já chegue à escola com medo das aulas de matemática. Por outro lado, ainda perdura em muitas escolas um ensino focado na reprodução e não na construção do conhecimento, apesar de alguns professores buscarem alternativas para tornarem as aulas mais atrativas, priorizando atividades interessantes e motivadoras. O famoso livro didático e os caderninhos de apoio enviados pela secretaria do estado da educação ainda continuam sendo os principais recursos disponíveis na sala de aula. Os exercícios e listas, muitas vezes considerados intermináveis, buscam sem sucesso fixar um conhecimento que muitas vezes não foram se quer apropriado pelos alunos. Diante do exposto faz-se necessário pensar em transformações no ensino de matemática que ultrapassem a simples reprodução de exercícios e permitam tanto para o professor, quanto para o aluno um ensino mais atraente e desafiador e principalmente repleto de significados. Dessa forma, este estudo tem como objetivo mostrar ao aluno, a partir dos jogos matemáticos, a diversão e, também, a superação, possibilitando a construção de aprendizagens significativas.
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The aim was to investigate the difficulties and limits of four future mathematics teachers to conduct classes in regencies approach of problem solving. Based on participation in a course this approach, undergraduates elaborated three didactic sequences, which were taught by the activity of conducting classroom discipline Supervised Curricular Training. After this work, participated in an individual interview to report what had developed in classroom. The results showed difficulties in the following aspects: in the elaboration of didactic sequences; in providing an environment for discussion of resolution strategies students. Furthermore, the data analysis showed limits related: the lack of space at the school teacher to allow implementation of lessons developed; lack of basic mathematical knowledge of the students.
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)