Aplicando o jogo Avançando com o resto no Ensino de Matemática

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.

Concepções de alunos do ensino médio sobre o tema água: subsídios para o planejamento de atividades investigativas interdisciplinares

Meaningful learning occurs when new knowledge to be aggregated are grounded in other students already possess. In preparing didactic sequences for teaching concepts, one should take into account these concepts and knowledge to produce more effective and lasting learning, and build new concepts that will become subsumes for subsequent learning. This research was developed in a subproject linked to institutional Scholarship Program Initiation to Teaching (PIBID) of a Universidade Estadual Paulista. The proposal is based on the articulation of the Public School and the University, strengthening the initial training of undergraduates, and continued teacher network, improving the quality of education. The proposed work is based on interdisciplinary research and teaching by investigation. Undergraduates in Biology, Physics, Mathematics and Chemistry jointly propose interdisciplinary teaching activities and investigative applied to high school students of Public School partner. To survey the views of these students on the theme Water, they were asked to draw up an essay entitled "The importance of water", with the aim of organizing information for planning a teaching strategy that articulates the disciplines of training of undergraduates. In this paper we present a qualitative analysis of these essays, performed based on content analysis. The analysis allowed to identify existing concepts in students' cognitive structure and classify them into adequate and inadequate compared to scientifically accepted concepts. Several misconceptions were raised indicating the need to produce didactic sequences that in addition to working the concepts presented in the curriculum of disciplines take into consideration the possibility of more meaningful learning. This research produced the elucidation of existing concepts, indicating where deficiencies were larger. One major contribution was the realization that concepts that may be considered by teachers as simple and already acquired by the students often come so misguided in their explanations. From the results obtained, integrated activities have been planned and implemented, and more relevant to the needs of students aiming to recover and enrich the knowledge they possessed, encouraging the use of scientific concepts and their application to daily living situations.

Os saberes da Educação Física nas perspectivas dos alunos: panorama da literatura e uma proposta de investigação a partir da 'teoria da relação com o saber'

The lack of interest and motivation, and the self-exclusion from Physical Education classes by Secondary and High School students is pointed out in the specific literature as a pedagogical problem for that discipline. Most studies dealing with the issue present only descriptive data, gathered from the quantification of responses given by students to questionnaires, and they lack a more consistent theoretical framework for both the generation of data as to its interpretation. The objectives of this article are: (i) to present an overview of published studies that address the perspectives of students in relation to their Physical Education classes at school, in terms of attitudes, opinions, tastes, motivation, and development; and (ii) to propose theoretical foundation and methodological guidelines for one future field based research that allows better understanding on how Secondary and High School students’ relationship to school Physical Education knowledge occurs, in order to contribute for advances regarding the results and conclusions on such thematics. We suggest that the definition of the research problem, the generation and interpretation of the data must take as reference the "theory of the notion of the relationship to knowledge", by Bernard Charlot, for whom the school knowledge must be understood in its relations with learning beings. The methodological direction should be guided by "qualitative research" general parameters in Education, using questionnaires and semi-structured interviews with students. Hopefully, in this way, indicators informed by research might contribute to improving the quality of teaching in lessons, in order to provide the students with opportunities for meaningful learning.

Língua portuguesa no ensino médio: repertórios de ensino no âmbito do programa São Paulo faz Escola

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

A língua portuguesa no 5º ano do ensino fundamental: repertórios de ensino no contexto da Prova Brasil/ SAEB

Pós-graduação em Psicologia do Desenvolvimento e Aprendizagem - FC

Experimentação no ensino de química: propostas de realização em busca da aprendizagem significativa

The Experimentation in Science Education is used since the beginning of 19th century and has it origins linked to the laboratory classes realized in the universities. This classes used, and in many cases, still using the Scientific Method initially purposed by Descartes in 18th century for the construction of scientific knowledge. One of the allegations is that the method would be the fast stand the cheapest to generating scientific information, although, it is based on the empiricism-positivism, which considers that all people have the same learning skill and they can start from the same spot. Through this paper, is not intended to contest the scientific methodology, or even its importance in science history, but just try to identify and describe other possibilities in using of the teaching laboratory, which can make the learning easier for a much higher number of students, contemplating different cognitive capabilities and generating a better scientific knowledge learning and its transfer to practical situations in life, besides, they can provide more significant learnings. Over the text, four different purposes will be presented, which depart from the laboratory use for theory evidence, incapable to make students use the learned knowledge outside the school, until that which develops in the students capabilities to scientifically argue about their day to day themes

Andersen e o ensino de estratégias de leitura: relações entre leitores e textos

Pós-graduação em Educação - FCT