772 resultados para projeto pedagógico do curso
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The main objective of the presented study is the design of a analog multiplier-divider as integrant part of the type-reducer circuit of type-2 fuzzy controller chip. The proposed circuit is a multiplier/divider which operates in current mode, in the CMOS technology with a supply voltage of 1.8 V.The circuit simulation was performed in PSPICE software with simulation model provided by AMS (Austria Mikro Systems International) in CMOS technology 0.35μm
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This paper presents a study of practices in project management of a college team that participates in Baja SAE competitions. The use of management techniques can deliver benefits to the project in terms of meeting customer needs, use of time and resources and minimization of risks, for example. Should be sought methods and techniques in agreement with the project context and the team that leads it. This paper analyzes a specific case of baja vehicle project management, obtaining data by means of literature research, archival research and interviews with students on the team (structured and unstructured). The study allowed to relate the practices used by the team and to identify possible areas for improvement, based on the literature on project management. There was thus obtained a set of recommendations for the current team, in future initiatives, and to other teams responsible for carrying out similar projects
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In this work are discussed the main types of rivets, their characteristics and applicability within the Aeronautical Industry branch. Here are highlighted the solid rivets, showing off its layout, forms and limits of installation, that are required by aviation regulators. The riveting is a popular and simple procedure of fixing and joining two or more parts, and like any other manufacturing process is subject to process deviations that in some situations are beyond the limits of tolerance. One of these deviations is when the hole diameter exceeds the one proposed in project and which is limited by the rule of edge distance. The overall objective here is to study a possible solution to this problem: the installation of a rivet that has his diameter previously increased by compression. Observe the hole filling after riveting, detect the presence of cracks, discover the yield curve of the fasteners and their the crushing limits for failure prediction are tools used to verify this proposal. They demonstrate, at the end of study, the inefficiency of this procedure, with results that go against the safe fixing of parts in a structure
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This work aims the design and analysis of a thrust frame system for a liquid fuel rocket engine. The project was developed following the design requirements established by the Division of Space Propulsion of the Institute of Aeronautics and Space. The layout of the structure was developed with the aid of a software of 3D modeling and static and dynamic analysis were performed by using a finite element package. The results of the analyzes helped in defining the layout of the structure which met all design requirements. The safety factor and the mass achieved were comfortably low, which may be useful in the future because the liquid fuel rocket engine is still in development
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Pós-graduação em Educação - FFC
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Due to new technologies in civil engineering and the competition of the market, the demand for computer programs for the elaboration of structural projects of reinforced concrete is raising in a quick and efficient manner. This paper presents a study based on Eberick, a structural calculation software, and this software was applied to a low cost residence project. By performing structural calculation manually, it is possible to compare and analyze the criteria that Eberick uses for the design and detailing of structural elements like columns, beams and slabs. As the software functionality becomes clear, the engineer will use it careful and safely, exploring all of its resources and advantages
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Currently there are numerous social projects scattered through out the country, including the sport, for the most part, aimed at children and teens considered at social vulnerability. These projects end up having as main guiding sports, these in turn take several purposes, among them, the sport recreation/socialization and professionalization of sport, which often end up being worked disassociated from one of another, forgetting that, in the same place, these different purposes can live therefore are the subjects that give meaning to their practice. In this sense, this research sought to understand the meanings that the participants in a social sports project water polo attribute to the practice. This project happens in a provincial city of São Paulo, serving about 2.300 children and teens and has as main objectives the social inclusion and training of high-performance athlete. The research, qualitative approach was characterized by an exploratory study and used the interview as collection technique. The study included 40 children and adolescents attending the project, as well as two social workers and two physical education teachers that working on the project. The results showed that there is a convergence between participants, teachers and social workers regarding their expectations regarding the project, but we identified another bias that goes against the practice of leisure, in showing that in the same place if can find to the two purposes of the sport, even this
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This paper discusses the influence of the design parameters in the operation and construction of an internal combustion engine. A theoretical analysis was developed using a standard crank-connecting rod-piston to verify the behavior of the stresses generated in the combustion and transformed into rotational energy of the crank shaft. Design parameters directly influence not only the final result of the characteristics of power and torque, but how the engine must be built to withstand different loads. The choice of parameters of a combustion engine is directly linked with the application of the engine and the final result expected of it function
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This study describes the preliminary design of a static skip compactor and its hydraulic system. The objective of this study is to develop and to improve the design of a made project. The methodology used in this study was to analyze the faults of the already done projects and to suggest possible improvements. The result is a preliminary design of a skip with the main necessary dimensions and specifications to build that equipment. The conclusion of this study is a preliminary project of simple equipment that makes in very efficient way its work
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In this era of globalization, with fierce competition in the labor market, using the reduction cost strategy and resources optimization, has become a competitive advantage. In this graduation study, it will be exposed in form of case study the DMAIC project (Define Measure Analyze Improve Control) execution, using of Six Sigma's tools, statistical and quality knowledge, with intent of analyze, improve and control the processes of a selected problem, always demonstrating good practice of methodologies. In an auto parts multinational branch, It was identified a high scrap rate in one of his production lines. This work will study this problem to improve their processes and ensure that these improvements are perpetual. As a result, reached the stipulated goals, increasing Corporation's Intellectual, thereby providing a competitive advantage
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The objective of this study was to develop a model that allows testing in the wind tunnel at high angles of attack and validates its most critical components by analyzing the results of simulations in finite element software. During the project this structure suffered major loads identified during the flight conditions and, from these, we calculated the stresses in critical regions defined as the parts of the model that have higher failure probabilities. All aspects associated with Load methods, mesh refining and stress analysis were taken into account in this approach. The selection of the analysis software was based on project needs, seeking greater ease of modeling and simulation. We opted for the software ANSYS® since the entire project is being developed in CAD platforms enabling a friendly integration between software's modeling and analysis
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This work aims to present the design and development of a speed reducer worm gear that will be implemented on an inclined treadmill that aims to raise the load below the top floor. The project start was made with research on issues related to mechanisms and machine elements, and these theories of fundamental importance in the development of device components, along with the help of SolidWorks software that was used to model the main parts of the project and Microsoft Office Excel 2007 was used to alight formulas to perform calculations of the project. All data for calculations were taken from the conditions of the problem to be solved in the best possible way the proposed problem (lifting load from the belt). Following the entire sequence of design gearbox assembly, beginning in pre-sizing and endless selection of electric motor, which consists of an iterative project, then scaling the worm gear and crown, shafts, splines, calculation and bearing selection
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Pós-graduação em Educação - FFC
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This study aims to analyze the possibilities of integration of new information and communication technologies (ICT) in teaching and learning in a school of public elementary school Municipal Araraquara. This is a survey based on a qualitative approach, which has a strategy Case Study. Made an analysis of the Curriculum Guidelines and Policy Project (PPP) school selected, in order to check how the school addresses the issue of the use of new technologies in the educational process. For the analysis of the Curriculum Guidelines and Educational Policy Project found that the school has studied a concern to make use of ICT in teaching and learning, featuring an awareness of the importance of technology in education, but does not describe ways to integrate curricularmente them. The integration of new technologies into the curriculum requires a systematic reflection about their goals, their technical and content chosen. Not only is working with new technologies aimed at digital inclusion of students, but we need to integrate the school into their curricular, integrate them into the process of teaching and learning. Today ICT configure themselves into a new form of language, essential for knowledge representation and, if so, their presence in the school curriculum is crucial.
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This paper presents the perceptions of participating teachers and technicians who produced and ministered courses in the Project of Continuing Education of teachers of Amapá State, called Pedagogical Encounter of Municipalities and is based on research results of the Master Degree in Education that was aimed to analyze and describe the referred project as well as studying the impact that it had on educational context of the municipalities. It was conducted a study of the Project’s trajectory including its theoretical basics, implementation and, mainly, a number of Project’s results. The methodology consisted of acquiring and analyzing official papers and interviewing 14 teachers and technicians. The statements obtained make it clear that the Pedagogical Encounter had a major impact on the educational reality of the municipalities, with more positive than negative results not only for teachers but also for instructors and coordinators. The statements can also be concluded that the continuing education actions will not achieve its objectives if they are not accompanied by public policies direct to improve living and job conditions of the teachers.