DSpace Coleção:http://repositorio.ifam.edu.br/jspui/handle/4321/5082024-03-23T20:11:54Z2024-03-23T20:11:54ZEstudo da utilização de realidade aumentada no ensino técnicoSilva, Roney Pereira dahttp://repositorio.ifam.edu.br/jspui/handle/4321/14262024-02-23T16:20:24Z2023-03-07T00:00:00ZTítulo: Estudo da utilização de realidade aumentada no ensino técnico
Autor(es): Silva, Roney Pereira da
Primeiro Orientador: Costa, Efraim Menezes de Lima
Abstract: Over the years, Augmented Reality (AR) has gained applications in several
areas, one of these areas was the area of education, which used the tool as a means
of developing more dynamic classes, making the theoretical content taught in the
classroom more interesting. In general, technical courses still do not have in their
curriculum the use of augmented reality as a support in the teaching of disciplines in
the technical area, so that when the student does not have access to the practical class
due to the unavailability of adequate equipment, it ends up being restricted. to the
theoretical content of the equipment. In this way, this work develops an academic
research that encourages the use of augmented reality as a technological support tool,
but also prepares students with a certain practice through augmented reality. As a
result, a portfolio of parts from the Organic Elements of Machines discipline of the
Technical Course in Electromechanics at IFAM was developed, which was applied
through a mini-course to the students of the course.
Tipo: Trabalho de Conclusão de Curso2023-03-07T00:00:00ZUm sistema a prova de erros operacionais, aplicação do método POKA YOKE em uma ferramenta de fixação eletrônicaPessoa, Everton Hipólitohttp://repositorio.ifam.edu.br/jspui/handle/4321/14252024-02-21T18:33:53Z2023-12-27T00:00:00ZTítulo: Um sistema a prova de erros operacionais, aplicação do método POKA YOKE em uma ferramenta de fixação eletrônica
Autor(es): Pessoa, Everton Hipólito
Primeiro Orientador: Oliveira Neto, Benjamin Batista de
Abstract: This study examined the application of the Poka Yoke method in new fastening technologies within industrial manufacturing operations. The system was designed to be error-proof (Poka Yoke). The integration with smart electronic tool technology aimed not only to optimize the fastening process but also to ensure the correct execution of activities within the process. To achieve this, the Poka Yoke technique was applied in stages, also known as "Step Motion," to separate operations into stages and prevent errors in the fastening sequence. The development of error-proof operational systems proved to be a viable solution for achieving total quality in manufacturing processes, contributing to increased productivity in industrial processes by minimizing human errors and enhancing the efficiency and quality of products.
Tipo: Trabalho de Conclusão de Curso2023-12-27T00:00:00ZOtimização do processo de empacotamento de embalagens em uma indústria de produtos químicosEleutério, Wanessa De Castrohttp://repositorio.ifam.edu.br/jspui/handle/4321/14242024-02-21T16:23:37Z2023-12-20T00:00:00ZTítulo: Otimização do processo de empacotamento de embalagens em uma indústria de produtos químicos
Autor(es): Eleutério, Wanessa De Castro
Primeiro Orientador: Fialho, Michaella Socorro Bruce
Abstract: The research addresses the inefficiency of the machine responsible for
assembling packaging boxes for adhesive products, representing a significant
challenge in the production of a chemical products company. The analysis revealed
that this operational failure negatively impacted the efficiency of the production line,
necessitating manual packaging and increasing the time required to complete the task.
This inefficiency not only compromised the operation but also resulted in a reduction
in production capacity, an increased risk of human errors in manual packaging, and
potential damage to products. The need to reallocate labor for manual packaging
generated additional costs for the company. In this scenario, it became imperative to
address and resolve the problem to optimize the efficiency of the production process.
The implementation of improvements in the packaging box assembly machine became
a strategic priority to minimize negative impacts on production. To effectively deal with
inefficiencies, the company applied the PDCA (Plan, Do, Check, Act) method, a
recognized tool for improvement management. The improvement team conducted a
detailed data collection using the 5W1H tool to fully understand the problem. An initial
countermeasure was adopted, adding an operator for manual box assembly while
seeking a more comprehensive solution. The Ishikawa Diagram was used to map
possible causes of inefficiency, including materials, processes, equipment, labor, and
the environment. The Five Whys technique was applied to identify underlying root
causes. Based on the identified causes, an action plan was developed, highlighting
two crucial actions. A control plan was established to prevent recurrences of the
problem.The results demonstrated significant improvements in the assembly process,
allowing for the strategic reallocation of operators and increasing overall efficiency. The
project's success underscores the effectiveness of quality tools in resolving operational
challenges and emphasizes the importance of integrating quality practices into
continuous improvement projects for operational excellence.
Tipo: Trabalho de Conclusão de Curso2023-12-20T00:00:00ZAnálise de redução de risco em uma máquina de solda por costura e melhorias conforme NR12: um estudo de casoDantas, Marcelo Nobrehttp://repositorio.ifam.edu.br/jspui/handle/4321/14232024-02-20T16:22:48Z2023-12-28T00:00:00ZTítulo: Análise de redução de risco em uma máquina de solda por costura e melhorias conforme NR12: um estudo de caso
Autor(es): Dantas, Marcelo Nobre
Primeiro Orientador: Oliveira Neto, Benjamin Batista de
Abstract: Electric resistance welding has great relevance in the Brazilian industry, being
applied in several sectors. Specifically, seam welding, which is extremely important in the
manufacturing scenario. However, this technique presents considerable risks for the
operators involved. In this context, Regulatory Standard 12 (NR12) appears as a guideline
to guarantee the safety and well-being of these workers. Therefore, the objective of this
work is to carry out an in-depth analysis of the risks associated with the seam welding
machine, proposing improvements based on the risk assessment, in accordance with the
guidelines established by NR12. The main focus is to seek improvements in working
conditions and operator safety, aiming to achieve superior results in the context of
industrial production.
Tipo: Trabalho de Conclusão de Curso2023-12-28T00:00:00Z