01.1 - Graduação (Sede)
URI permanente desta comunidadehttps://arandu.ufrpe.br/handle/123456789/2
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Item O modelo de ensino híbrido rotação por estações no ensino de funções orgânicas: uma proposta didática para o ensino médio(2024-10-03) Barbosa, Lucas Matheus Ferraz; Firme, Ruth do Nascimento; http://lattes.cnpq.br/7234636790850019; http://lattes.cnpq.br/5299531115847633The application of Active Methodologies, Blended Learning Models, and digital technologies aims to increase student engagement and interest, enabling a more attractive and captivating learning process, while fostering their autonomy as protagonists of their own educational development. Active Methodologies (AM) allow the teaching of chemistry, specifically Organic Functions, to be innovatively related by combining in-person and digital activities that encourage student autonomy and engagement. Adopting the blended learning model, this work seeks to explore the integration of AM and digital technologies to enable the understanding of complex concepts, by developing a didactic proposal for teaching Organic Functions in high school based on the Station Rotation Model. To achieve the proposed objective, theoretical research was conducted through two methodological stages: literature review on the theoretical foundations of the research (stage 1); and proposal of a didactic plan (stage 2). The proposed didactic approach was organized into two phases: Activity proposals for lessons on organic functions (Phase 1) and the application of the Station Rotation model (Phase 2). Phase 2 was structured around five stations, which included various activities, such as computer simulations, gamified quizzes, building molecular models with accessible materials, and technological resources using software like MolView and PhET. It is hoped that the implementation of this didactic proposal will significantly contribute to overcoming the traditional difficulties faced by students in understanding abstract and complex content related to Organic Functions, as well as the discussions on Active Methodologies and Blended Learning Models in teacher training, encouraging changes in pedagogical practices in the teaching of Chemistry.Item Blended learning no ensino da respiração celular: uma proposta de sala de aula invertida(2019-02-04) Monteiro, Maria Gabriela Silva Carneiro; Araújo, Rosangela Vidal de Souza; http://lattes.cnpq.br/0161284695913412; http://lattes.cnpq.br/4031709664939616This article aims to present the results of the use of the inverted classroom model (flipped classroom) in the Licentiate course in Biological Sciences of a federal public institution. The inverted classroom is characterized as an approach by which the student assumes responsibility for the theoretical study and the classroom lecture serves as a practical application of the previously studied concepts. To carry out this research, we conducted a descriptive, observational and field research with a qualitative approach.The subjects comprised 34 students and it was held in the discipline of Biochemistry of Systems with a workload of 60 hours. For data collection, a VARK questionnaire (Visual, Aural-Read, Write and Kinesthetic) was applied before the intervention, a form after the intervention containing open and closed questions and three activities related to the cellular respiration content. This work points to strong evidence of the potential for the use of the inverted classroom in the formation of concepts in biochemistry and the importance of knowledge about students; learning styles for an optimization of the use of the proposed method. We also diagnosed some problems faced during the research, such as the strong inheritance of the student by the traditional method of teaching, which caused some resistance and difficulty of adaptation at the beginning of the discipline. The data obtained show that, in spite of the barriers to overcome during the experience, the implementation of learning models and innovative attitudes has contributed a lot, especially for the student to make worthwhile what he has learned in the discipline, showing that they know how to make appropriate decisions, solve problems, work collaboratively and make a difference in your future profession.