Programa de Pós-Graduação em Ensino Tecnológico - PPGET
URI permanente desta comunidadehttps://ri.ifam.edu.br/handle/4321/28
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Resultados da Pesquisa
Outro Xô, Dengue! O uso das TDICs para a prevenção na escola(2025-03-13) Cruz, De Angelo Silva da; Paes, Lucilene da Silva; Silva, Viviane GomesDengue is one of the main public health challenges in Brazil, requiring effective preventive actions. This educational product aims to enable high school students to understand disease transmission, prevention, and control using Digital Information and Communication Technologies (DICTs) as learning tools. The proposal is structured into five modules, covering the concept of dengue to the creation of digital awareness campaigns. The methodology is based on Problem Based Learning (PBL) and amification, promoting student engagement and encouraging active participation in society. This material is expected to contribute to the dissemination of correct information about dengue, making students agents of prevention and control of Aedes aegypti.Dissertação As tecnologias digitais da informação e comunicação no ensino para a prevenção e controle da dengue em uma escola do estado do Amazonas(2025-03-13) Cruz, De Angelo Silva da; Paes, Lucilene da Silva; http://lattes.cnpq.br/0653747630550456; Paes, Lucilene da Silva; http://lattes.cnpq.br/0653747630550456; Anglada-Rivera, José; http://lattes.cnpq.br/5724564590431920; Campos, Raimundo Sidnei dos Santos; http://lattes.cnpq.br/2939166076843358Dengue represents one of the most serious public health problems in Brazil, with significant impacts, especially in the Northern region, due to climatic and social factors that facilitate the routine of Aedes aegypti. Health education plays a fundamental role in raising awareness and preventing diseases, making it essential to adopt innovative pedagogical strategies that promote meaningful learning and student engagement. In this context, this qualitative research aimed to investigate the impact of a didactic sequence mediated by Digital Information and Communication Technologies (DICTs) on the teaching of biology for the prevention and control of dengue in a public school in the state of Amazonas. The research methodology was based on action research, with the application of a didactic sequence grounded in Problem Based Learning (PBL), combined with the use of interactive digital platforms, infographics, educational videos, and other digital tools. Data collection was conducted through diagnostic questionnaires (initial and final) and participant observation using learning rubrics to assess student performance in sessions 4 and 5. The results indicated that the incorporation of DICTs into teaching enabled greater student participation, promoting dynamic and contextualized learning, as well as contributing to changes in students' perception and behavior regarding preventive measures against dengue. The developed educational product, consisting of a didactic guide and an infographic for students, proves to be an effective tool for strengthening the integration between education and public health. Thus, this study contributes to advancing educational practices beyond health promotion and can serve as a reference for future initiatives in the field of health education. These findings reinforce the importance of DICTs in knowledge construction, as advocated by Ausubel (2003) in meaningful learning theory and by Zabala (1998) in structuring contextualized didactic sequences.Outro Mitigando as mudanças climáticas globais: estratégia para preservação ambiental(2025-01-27) Palmeira, Rosana Ferreira.; Marques, Jean Dalmo de OliveiraGlobal Climate Change (GCC) represents transformations in the Earth's climate patterns, intensified in recent centuries by human actions, such as the use of fossil fuels, deforestation and pollution. These factors increase the concentration of greenhouse gases, worsening global warming and resulting in phenomena such as droughts, floods and changes in rainfall. The consequences affect vulnerable populations more severely, increasing social and environmental inequalities. In the Amazon, deforestation not only threatens biodiversity, but also contributes to the rise in global temperatures, putting the planet's environmental balance at risk. In this context, Environmental Education emerges as an essential tool to face these challenges, and the application of Problem-Based Learning (PBL) enhances this process. Aligned with the PBL methodology, the construction of educational prototypes that simulate environmental scenarios emerges as a resource that enhances learning. This approach develops creativity, stimulates individual and collective learning, and deepens knowledge through visual and cognitive activities, facilitating a better understanding of the topic. The use of prototypes, combined with the PBL methodology, encourages student leadership, allowing students to explore practical solutions to minimize the impacts of GCMs. In this way, students not only deepen their scientific knowledge, but also exercise creativity, critical thinking and collaboration. This booklet seeks to provide young people with an active and reflective learning experience, connecting theory and practice. Through the development of prototypes and the analysis of real problems, the goal is to stimulate environmental awareness and empower students to act in a transformative way towards a more sustainable future.Outro ABP: ensino de física moderna(2020-06-01) Gonçalves, Karen Magno; Cabral Neto, João dos Santos; Cabral Neto, João dos Santos; http://lattes.cnpq.br/9340150562756599; Cabral Neto, João dos Santos; http://lattes.cnpq.br/9340150562756599; Anglada-Rivera, José; http://lattes.cnpq.br/5724564590431920; Braga, Marcel Bruno PereiraAs trainers of assistant physics teachers during the teaching of modern physics in the last years of high school, we developed this didactic guide that aims to learn more about the concepts and experiences included in this theme. An energy quantization, a nature of light and Bohr's atomic model are the concepts covered in all observed textbooks, the logo if produced or the focus of learning. In addition, this guide makes use of “seven leaps” that adopt the teaching strategy of Problem Based Learning (PBL). Despite being a permitted guide for the teaching of Modern Physics, we understand that it can be applicable to other techniques or to other disciplines that make up science, and even to other areas of knowledge.Dissertação Uma proposta para o ensino de conceitos da fisica moderna por meio da aprendizagem baseada em problemas(2020-06-01) Gonçalves, Karen Magno; Cabral Neto, João dos Santos; http://lattes.cnpq.br/9340150562756599; Cabral Neto, João dos Santos; http://lattes.cnpq.br/9340150562756599; Anglada-Rivera, José; http://lattes.cnpq.br/5724564590431920; Braga, Marcel Bruno Pereira; http://lattes.cnpq.br/1142247924140098The teaching of Modern Physics (MF) in high school classes has been a subject discussed by many teachers and researchers in recent years. It is a question about how we can insert MF teaching in schools and also how we can make students more active and interested in their learning. In order to solve this problem, we propose the construction and use of a Potentially Significant Teaching Unit (PSTU) based on Moreira, which uses, in its stages, the teaching strategy of Problem Based Learning (PBL), in order to investigate that aspects a didactic proposal that uses this teaching strategy can contribute to promote meaningful learning of MF concepts for students of the 3rd year of high school. Thus, as a methodology we use the qualitative approach and the epistemological basis of action research of the strategic type, which performs only one cycle in the application (planning → action → reflection → research → reframing). In addition, the data collection instruments were observation, problem solving, evaluative activity (use of scores) and questionnaires. Inserting the seven jumps proposed by Schmidt for PBL, we built the PSTU, which has eight steps, namely: (1) problem planning and formulation; (2) presentation of the problem and identification of previous knowledge; (3) brainstorming and preparation for studies; (4) addressing general knowledge through themes for individual studies; (5) increasing complexity and conducting new individual studies; (6) increased complexity and presentation of the problem solution; (7) carrying out an evaluative activity; (8) assessing the success of PSTU. After the implementation of the proposal and the analysis of the results obtained, it was noted that, in terms of student engagement in learning activities, there was an active collective participation and an increase in the progressive differentiations of the MF concepts during the orientation classes. In addition, this PSTU, in order to provide students with a cognitively demanding and communicational material, which at the same time favored meaningful learning, served as a basis for the construction of an educational product in the form of a didactic guide. Finally, it can be said that this PSTU, which made use of PBL as a teaching strategy, made it possible for students to actively participate in their process of learning MF concepts and presented in the results evidence of more meaningful learning, such as interest of the students for the solution of the problem and the choice of potentially significant materials.