662 resultados para Ensino de ciências da natureza e matemática
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)
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Nas teorias sociomorais que perpassam Piaget, Kohlberg e Habermas, encontramos subsídios para o ensino de Ciências que se estabelece na perspectiva da construção crítica do conhecimento e da desmistificação da visão de ciência, assim como, de forma correspondente, também encontramos nos pressupostos do ensino crítico e desmistificado de Ciências um conjunto de subsídios que potencializa o desenvolvimento moral e a dimensão ética discursiva. Neste artigo, compartilhamos com o leitor alguns de nossos argumentos em prol da existência dessa ainda subestimada interface de implicações mútuas entre Ensino de Ciências e Educação Moral, com a presença de relevantes subsídios teórico-práticos que uma área pode dar à outra. A expectativa é que as discussões apresentadas contribuam para a reflexão do trabalho docente, numa perspectiva de educação científica e moral baseada no processo de construção da autonomia do aluno.
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The teaching of Science is one great challenge not only for educators but also for researchers in our country. In a globalized world where the social foundations, cultural and economic depend fundamentally on science and technology, science education is a basic requirement for the exercise of citizenship. Multiple initiatives have been taken to improve the quality of teaching of science practiced in our schools: the ReAction Program is the result of a set of actions developed by a public educational policy that invests in improving the Teaching of Science the elementary school. In this work, we present a history of this program and the search on the contribution and the actions developed, the collaborative research with a group of teachers-multiplier, and the evaluation of the teaching of science, measured from notes, frequency and speech teacher.
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We can notice in the different sectors of the society a significant increase of individuals that possess some type of deficiency. Although there is an increasing process of inclusion, we find, even in Educational Institutions, barriers and limited conceptions on this subject. Thus, aiming at clarifying some questions related to this subject, we present some debates found in the literature about the Inclusive Education, Special Education and the construction of inclusive education strategies.
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We present some clarifications that enable us to identify differences between the expressions nature, the environment and environment. This is not an epistemological approach, but rather reflections on these expressions refer and the implications for environmental issues and hence to Science Teaching. The nature was understood as a complex of real entities, which are capable to be thinking through perception. This same entity when is represented by a mind, become what we call the environment. This expression, in turn, is characterized not only by adding the environments species that are known, but to be a human abstraction. When we consider the uniqueness of each species and organism, which in this environment is inserted, we call environment, this is, the elements that can be seen and on which the organism can act. Thus, we seek to develop a concept broader of environment, which is not restricted to the human species.
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In this paper, we propose the socio-scientific issues (SSI) as an effective part of the curriculum of the ideals of the STSE movement in education. Furthermore, we have developed in a secondary school, in a rural community in the state of São Paulo, activities of continuing education for teachers in the discussions of SSI in the classroom. To understand and reflect on the situations resulting from these practices, we considered the participant research and the content analysis from the audio records of the weekly meetings between the teachers of this school and graduate students from a nearby university.Given this,we could understand how these issues should be part of people's lives, teachers must present motivation for the work, they need information,exposition of the arguments involved, mustrelate content and curricula, but, all this,aiming at the necessary critics of the aspects that can make this an instrumentalized practice. At the end of this clipping of our doctoral research, we were able to consider evidences on how teachers were inserted in the training process, with their involvement in the discussions and practices with the ISS.
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Reflections on the Movement STSE, in basic education, have pointed to the introduction of discussions involving the socio-scientific issues, as a way of organization and development of forming processes in science classes. In this sense, the research that we developed sought to bring to physics classes of basic education, the discussions surrounding the relationship between science, technology, society and environment issues related to production and access to electricity and human development. In order to interpret formative aspects of this approach was achieved through a short course. Thus, we discuss in this paper, the discourse of students and a professor of physics who participated in this short course. Therefore, we seek in discourse analysis, reflection on this practice, which has limitations such as lack of recognition of this type of training status by the students as well as possibilities represented by the establishment of training spaces that contribute to the discussion of socio-scientific issues.
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Este estudo teve como objetivo mapear as concepções de professores de diferentes níveis de ensino sobre a maior contribuição do Ensino de Ciências para a sociedade. A proposta faz parte de uma pesquisa realizada pelo grupo de pesquisa Formação e Ação de Professores de Ciências e de Educadores Ambientais. Os dados foram coletados por meio de uma questão contida em um questionário, com 75 professores. As respostas foram organizadas em categorias relacionadas: à maior contribuição, às características envolvidas e ao elemento objeto da contribuição. Os professores revelam aproximação com discurso hegemônico e distanciamento das perspectivas críticas, indicando a necessidade de problematização da perspectiva política–pedagógica dos professores de Ciências Biológicas.
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Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)
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O objetivo do trabalho foi analisar a inserção da temática Educação Inclusiva (EI) em cursos de licenciatura da área de Ciências (Biologia, Física e Química), das universidades públicas estaduais do estado de São Paulo. Analisou-se o projeto políticos pedagógicos (PPP) e planos de ensino das disciplinas da área pedagógica, através da análise documental. Dos PPPs das licenciaturas em Ciências, apenas um curso de Física (FIS 4), um de Química (QUIM 6) e Ciências Biológicas (BIO 13) tratam da EI. Em relação às disciplinas que abordam a EI, dos 13 cursos de licenciatura em Ciências Biológicas, apenas três apresentam disciplinas que abordam a temática. Dos nove cursos de licenciatura em Física, quatro possuem disciplina que abordam a temática. Dos oito cursos de licenciatura em Química, dois contam com disciplinas que abordam a temática “Educação Inclusiva”.