918 resultados para Ensino integrado de fundamentos matemáticos da ciência computação
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Nas últimas décadas, investigações têm destacado o papel da história e filosofia da ciência (HFC) na educação científica. O reconhecimento da pluralidade e complexidade da ciência tem originado estudos, os quais apontam que o ensino sobre ciências deve levar em conta as diferenças entre as disciplinas científicas. Assim, tem-se discutido a importância da consideração de elementos da história e da filosofia da química no aprimoramento do processo de ensino e aprendizagem dessa ciência. Apesar disso, investigações têm constatado que pouco ou nada se discute acerca desses assuntos nas aulas de ciências. Diante disso, esta dissertação tem como intuito investigar a concepção de professores de química sobre a inclusão de elementos da HFC no ensino, com foco nas características inerentes às práticas e aos conhecimentos químicos. Foram investigadas as concepções de cinco professores de química, que atuam em diferentes escolas públicas da região metropolitana de São Paulo, acerca de cinco temas, elaborados com base em estudos da área de ensino de ciências e em diretrizes curriculares oficiais: relações com a sociedade, modelos e modelagem, experimentação, desenvolvimento histórico e reducionismo. Por meio da análise qualitativa dos dados, as concepções docentes, para cada tema, foram classificadas em dois subeixos temáticos: prática docente e relevância. Ademais, foram identificados fatores externos e internos que influenciam as práticas e concepções dos sujeitos concernentes a considerações filosóficas, históricas e sociológicas sobre a química. Os resultados evidenciam que, de modo geral, os sujeitos consideram relevantes determinados assuntos relacionados à natureza da química e, em certa medida, buscam inseri-los em suas práticas cotidianas. Contudo, mostraram também que os motivos pelos quais os docentes conferem importância a algumas discussões, e o modo como as desenvolvem, podem limitar a compreensão dos estudantes sobre a complexidade da construção do conhecimento científico. Além disso, foram raras as referências a aspectos específicos da química, à importância de evidenciar e discutir esses aspectos com os estudantes, assim como à preparação de situações didáticas próximas à prática química autêntica.
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Dissertação apresentada para obtenção do grau de Mestre em Educação social e intervenção comunitária
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Relatório de estágio para a obtenção do grau de mestre em Educação Pré-escolar e em Ensino do 1ciclo do Ensino Básico
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The scope of this Dissertation is propose the teaching of the evaporation based on the approach Science, Technology and Society (STS) because we believe that this type of approach is able to provide students with a more critical and conscious learning about science. Moreover, with this search, it´s possible to show for students the importance of role to play for them as citizens in decision making aimed to benefit all who are part of the community to which they belong. From this perspective, broached the theme evaporation in a region characterized by constant lack of water for consumption, the municipality of Santa Cruz/RN because, despite the creation of dams to regulate the flow of rivers and increase the availability of water during periods of scarcity, we know that these reservoirs have a large free liquid surface allowing high water loss by evaporation. Thus, evaporation affects the performance of reservoirs for water supply and irrigation, being a phenomenon of particular interest to study. To this end, a questionnaire in order to identify students' preconceptions on the subject was applied. Was then prepared and conducted a workshop geared toward students majoring in Physics Campus Santa Cruz, Federal Institute of Education, Science and Technology of Rio Grande do Norte (IFRN). The completion of the workshop served as a space for discussion of the topic within the context of the municipality of Santa Cruz/RN. As a product, we suggest to physics teachers a guide with recommendations to be taken into account when they teach this subject
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During the last decades the area of science education has discussed issues related to the inclusion of the History and Philosophy of Science (HFS) in the practice of science teaching. Among the arguments put forward in favour of this approach, it is pointed out the possible enhancement of scientific content learning and the understanding of the nature of Science (NoS). In spite of such considerations, we still have a very small number of research papers reporting results of practical interventions that utilize the historical approach, moreover, there is a lack of teaching materials in this perspective. Our work has sought to contribute to this area with regard to two aspects: on the one hand, with the production of didactic material, by drawing up texts on the history of inertia for graduate students. On the other hand, we investigate whether the arguments mentioned above in relation to the didactic use of HFS sustain themselves, in a particular context. We developed and applied a didactic sequence, using the texts that we built, to teach the concept of inertia and discuss selected contents of NoS. The didactic sequence was applied in two graduate classes, one from a course of Geophysics (BSc.) and another from the Physics (teaching formation), both from the Federal University of Rio Grande do Norte (UFRN). An initial survey exposed that students, even having approached the concept of inertia in basic education, presented conceptions of common sense regarding the relationship between force and motion. The questionnaire also allowed us to identify the existence of elements of concepts considered inadequate as regards to NoS. At the end of our research, our data indicated a greater number of positive hits on the issues concerning the concept of inertia. Regarding the aspects of NoS, we were able to identify, in a few cases, a move towards a more appropriate understanding, however, certain distortions persisted, highlighting the limitations of the approach used
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The present dissertation focuses on specific problems in the educational context: challenges in the construction of historical narratives for pedagogical use as well as the difficult task of using them in the classroom. In this context, we seek to work in teacher training for insertion of History and Philosophy of Science (HPS) in classroom, and historical narratives become mediation elements to advance the dialogue with this specific audience. This initiative is in line with a recurring concern: one of the main challenges related to the didactic transposition of HFC would be the lack of teacher preparation. Historical contents and Nature of Science are still absent in classrooms. Insecurity and lack of knowledge by teachers are often mentioned as factors that contribute to this situation. It is important, therefore, that teachers (active and in training) take part in discussions concerning the inclusion of HPS in classroom. It is relevant that they know examples of historic-philosophical didactic proposals to address science and contents on science, develop skills to adapt them to their specific contexts and to develop their own proposals. It is believed that these issues are significant to undertake conscious initiatives to insert HPS in classrooms. It is considered that adapting educational proposals to particular educational contexts depends on understanding what these proposals indeed mean and how flexible they can be. In order to address these objectives, we elaborated an educational product, a didactic material focused on teacher training, which was used in an extension course at UFRN. The didactic material discusses the role of HPS in Education, Nature of Science and historiographical issues. It presents a series of dialogical activities on aspects of didactic transposition of HPS, especially those regarding historical narratives. A set of historicpedagogical texts on the History of Vacuum and Atmospheric Pressure is used as a mediation element in discussions. We address potential, possibilities and limitations historical narratives. To carry out the course, it was taken into account methodological concerns of so-called action research. There have been expected changes, modifications and effective actions in the own teacher training material in face of the experience of the researcher-lecturer in interactions with the participants of the course as well as in face of impressions reported by the participants. Developments in this direction have been incorporated into the teacher training material.
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In this paper we propose a class for introducing the probability teaching using the game discs which is based on the concept of geometric probability and which is supposed to determine the probability of a disc randomly thrown does not intercept the lines of a gridded surface. The problem was posed to a group of 3nd year of the Federal Institute of Education, Science and Technology of Rio Grande do Norte - Jo~ao C^amara. Therefore, the students were supposed to build a grid board in which the success percentage of the players had been previously de ned for them. Once the grid board was built, the students should check whether that theoretically predetermined percentage corresponded to reality obtained through experimentation. The results and attitude of the students in further classes suggested greater involvement of them with discipline, making the environment conducive for learning.
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In this paper we propose a class for introducing the probability teaching using the game discs which is based on the concept of geometric probability and which is supposed to determine the probability of a disc randomly thrown does not intercept the lines of a gridded surface. The problem was posed to a group of 3nd year of the Federal Institute of Education, Science and Technology of Rio Grande do Norte - Jo~ao C^amara. Therefore, the students were supposed to build a grid board in which the success percentage of the players had been previously de ned for them. Once the grid board was built, the students should check whether that theoretically predetermined percentage corresponded to reality obtained through experimentation. The results and attitude of the students in further classes suggested greater involvement of them with discipline, making the environment conducive for learning.
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Relatório de estágio para obtenção de grau de mestre em Educação pré-escolar e Ensino do 1º ciclo do ensino básico
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This work presents discussions on the teaching of Chemical Bonds in high school and some implications of this approach in learning chemistry by students. In general, understanding how the chemicals combine to form substances and compounds, it is a key point for understanding the properties of substances and their structure. In this sense, the chemical bonds represent an extremely important issue, and their knowledge is essential for a better understanding of the changes occurring in our world. Despite these findings, it is observed that the way in which this concept is discussed in chemistry class has contributed, paradoxically, to the emergence of several alternative designs, making the understanding of the subject by students. It is believed that one of the explanations for these observations is the exclusive use of the "octet rule" as an explanatory model for the Chemical Bonds. The use of such a model over time eventually replace chemical principles that gave rise to it, transforming knowledge into a series of uninteresting rituals and even confusing for students. Based on these findings, it is deemed necessary a reformulation in the way to approach this content in the classroom, taking into account especially the fact that the explanations of the formation of substances should be based on the energy concept, which is fundamental to understanding how atoms combine. Thus, the main question of the survey and described here of the following question: Can the development of an explanatory model for the Chemical Bonds in high school based on the concept of energy and without the need to use the "octet rule"? Based on the concepts and methodologies of modeling activity, we sought the development of a teaching model was made through Teaching Units designed to give subsidies to high school teachers to address the chemical bonds through the concept of energy. Through this work it is intended to make the process of teaching and learning of Chemical Bonds content becomes more meaningful to students, developing models that contribute to the learning of this and hence other basic fundamentals of chemistry.
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This work presents discussions on the teaching of Chemical Bonds in high school and some implications of this approach in learning chemistry by students. In general, understanding how the chemicals combine to form substances and compounds, it is a key point for understanding the properties of substances and their structure. In this sense, the chemical bonds represent an extremely important issue, and their knowledge is essential for a better understanding of the changes occurring in our world. Despite these findings, it is observed that the way in which this concept is discussed in chemistry class has contributed, paradoxically, to the emergence of several alternative designs, making the understanding of the subject by students. It is believed that one of the explanations for these observations is the exclusive use of the "octet rule" as an explanatory model for the Chemical Bonds. The use of such a model over time eventually replace chemical principles that gave rise to it, transforming knowledge into a series of uninteresting rituals and even confusing for students. Based on these findings, it is deemed necessary a reformulation in the way to approach this content in the classroom, taking into account especially the fact that the explanations of the formation of substances should be based on the energy concept, which is fundamental to understanding how atoms combine. Thus, the main question of the survey and described here of the following question: Can the development of an explanatory model for the Chemical Bonds in high school based on the concept of energy and without the need to use the "octet rule"? Based on the concepts and methodologies of modeling activity, we sought the development of a teaching model was made through Teaching Units designed to give subsidies to high school teachers to address the chemical bonds through the concept of energy. Through this work it is intended to make the process of teaching and learning of Chemical Bonds content becomes more meaningful to students, developing models that contribute to the learning of this and hence other basic fundamentals of chemistry.
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Os processos de ensino e de aprendizagem de conceitos matemáticos a estudantes cegos no Ensino Superior, revestem-se de uma complexidade acrescida, advinda da incapacidade sensorial destes estudantes que lhes dificulta ou mesmo impossibilita perceção dos conceitos que se apoiam em representações visuais. Neste âmbito, pretendeu-se identificar alternativas possíveis para ultrapassar essas barreiras, avaliando a pertinência da utilização de produto de apoio, nomeadamente o Multiplano, para a transmissão de conceitos matemáticos transversais aos cursos de Engenharia do Ensino Superior Politécnico a estudantes cegos. O estudo pretendeu identificar as dificuldades sentidas pelos docentes e pelos estudantes cegos na transmissão e assimilação de conceitos matemáticos sobretudo de índole mais visual e gráfica. Pretendeu ainda identificar as estratégias utilizadas pelos docentes para a transmissão desses mesmos conceitos. O estudo aqui reproduzido, de abordagem qualitativa, configura-se num estudo de caso descritivo-exploratório, obtendo-se dados com recurso a questionários aos docentes do Departamento de Matemática (DMAT) da Escola Superior de Tecnologia e Gestão (ESTG) do Instituto Politécnico de Leiria (IPL) e a entrevistas aos três estudantes cegos da área da Engenharia que se encontravam a frequentar a Instituição e também a docentes que lhes lecionaram as Unidades Curriculares de Álgebra Linear, Análise Matemática e Estatística. Contou ainda com a realização de Observações Diretas, com a aplicação do Multiplano a conceitos matemáticos de índole mais gráfica culminado num grupo de discussão com as partes envolvidas. Da análise identificaram-se as estratégias e dificuldades sentidas tanto pelos docentes do DMAT da ESTG como pelos estudantes cegos na transmissão e assimilação de conceitos matemáticos com predominante representação gráfica. Sobressaiu ainda da análise que quando abordados sem recurso ao Multiplano, em geral os conceitos matemáticos foram transmitidos com sucesso aos estudantes cegos, apesar de em alguns casos com restrições e noutros terem sido excluídos devido à sua forte componente gráfica. O estudo evidencia a falta de ferramentas de apoio nesta área e a pertinência da aplicação do Multiplano a vários conceitos matemáticos de difícil abordagem devido à sua componente gráfica.
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As instituições de ensino superior estão obrigadas pelo Plano Oficial de Contabilidade Pública para o sector da educação (POC-Educação) a adotar a integração da contabilidade orçamental com a contabilidade patrimonial e a contabilidade analítica. O facto de o POC-Educação referenciar a contabilidade analítica como um instrumento indispensável à gestão das organizações de ensino superior, na medida em que apoia os gestores no controlo das atividades desenvolvidas e no processo de tomada de decisões, associado à motivação obtida com a minha experiência profissional, integrado na Direção de Serviços Financeiros, de uma instituição de ensino superior, foi o ponto de partida para este projeto, subordinado ao tema “A implementação do modelo Activity-Based Costing numa instituição do ensino superior: o caso do Instituto Politécnico de Leiria” com o qual se pretende aferir a aplicabilidade dos princípios que sustentam o Activity-Based Costing (ABC) como instrumento de gestão numa instituição do ensino superior. Várias técnicas poderiam ser utilizadas para a concretização deste trabalho, no entanto quer pela contemporaneidade do conceito quer pelas características da instituição objeto de estudo foi decidido testar a metodologia ABC que apresenta benefícios na distribuição dos custos indiretos e comuns pelos objetos de custeio, face aos sistemas de custeio tradicionais. Considerando a dimensão do Instituto Politécnico de Leiria, e aproveitando os benefícios da sua estrutura organizacional, optamos por aplicar a metodologia apenas a parte da organização, no caso em concreto à Direção de Serviços Informáticos. Os resultados apresentados permitem concluir que os fundamentos que estão na base do modelo ABC podem ser aplicados a diversos serviços da instituição do ensino superior objeto de análise.
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ENDERS,Bertha Cruz, FERREIRA,Priscila Brigolini Porfírio, MONTEIRO, Akemi Iwata.A ciencia-açao: fundamentos filosoficos e relevancia para a enfermagem. Revista Texto Contexto em Enfermagem, Florianópolis, v.19, n.1,p.161-7.Jan/Mar.2010.
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A prática de enfermagem envolve o enfermeiro da clínica como agente de deliberação e ação, confrontando situações do cotidiano e assumindo, através de conhecimento científico, experiências anteriores ou por conceitos próprios e intuitivos, formas específicas de ver e agir na prática. O agir constitui fonte de conhecimento passível de acesso por métodos de investigação interpretativos. O objetivo deste trabalho é apresentar, analiticamente, a filosofia da Ciência-Ação em sua relação com a construção do conhecimento na enfermagem. Explica-se a Ciência-Ação como método inovador de inquérito e a sua tradição filosófica na abordagem nas ciências sociais, e se discute a sua articulação com a proposta epistemológica da enfermagem. Sugere-se a adoção dessa vertente em estudos de enfermagem, pelo seu enfoque na reflexão sobre as ações do enfermeiro e na prática como fonte de conhecimento. Conclui-se que a Ciência-Ação possui potencial para o avanço da teoria específica da prática da enfermagem, do conhecimento próprio da enfermagem