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Abstract(s)
Os últimos anos têm dado lugar a um grande desenvolvimento tecnológico, sendo que os sistemas informáticos cada vez mais se tornam essenciais à vida humana. Esta transformação digital requer que as empresas que se encontram no mercado tecnológico desenvolvam capacidades nos seus sistemas para incluir cada vez mais o utilizador final no desenvolvimento de novas funcionalidades. No setor da manufatura, é essencial que as grandes indústrias possuam sistemas de apoio à produção dos seus produtos. Um dos sistemas cada vez mais essenciais é o MES. O MES fornece dados reais relativos às diferentes linhas de produção de uma indústria dando aos engenheiros de processo uma visão detalhada sobre o atual estado da linha de produção. Sendo que cada indústria requer um sistema MES e que cada indústria apresente não só processos de produção como produtos completamente distintos, o sistema tem de estar munido de recursos de extensão para que este se possa adaptar à realidade de cada indústria. A presente dissertação visa a evoluir um recurso de extensão ao sistema MES disponibilizandoo de forma mais simplificada ao utilizador final dando a possibilidade de ser o próprio utilizador a estender o sistema sem que tenha necessidade de conhecimentos na área de IT. Este projeto irá integrar o sistema MES de uma das empresas mais conceituadas a nível mundial neste tipo de sistemas.
The last few years have given way to a great technological development, making computer systems increasingly become essential to human life. This digital transformation requires companies in the technological market to develop capabilities in their systems to increasingly include the end user in the development of new features. In the manufacturing sector, it is essential that large industries have support systems to produce their products. One of the increasingly essential systems is the MES. The MES provides real data relating to the different production lines in an industry giving to process engineers a detailed view of the current state of the production line. Since each industry requires an MES system and each industry presents not only production processes but completely different products, the system must be equipped with extension resources so that it can adapt to the reality of each industry. This dissertation aims to evolve an extension resource to the system, placing this resource in a more simplified way to the end user, giving the possibility to be the user himself to extend the system without having the need of knowledge in the IT area. This project will integrate the MES system of one of the most respected companies worldwide in this type of systems.
The last few years have given way to a great technological development, making computer systems increasingly become essential to human life. This digital transformation requires companies in the technological market to develop capabilities in their systems to increasingly include the end user in the development of new features. In the manufacturing sector, it is essential that large industries have support systems to produce their products. One of the increasingly essential systems is the MES. The MES provides real data relating to the different production lines in an industry giving to process engineers a detailed view of the current state of the production line. Since each industry requires an MES system and each industry presents not only production processes but completely different products, the system must be equipped with extension resources so that it can adapt to the reality of each industry. This dissertation aims to evolve an extension resource to the system, placing this resource in a more simplified way to the end user, giving the possibility to be the user himself to extend the system without having the need of knowledge in the IT area. This project will integrate the MES system of one of the most respected companies worldwide in this type of systems.
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Keywords
Manufacturing Execution System Dynamic Execution Engine Drag and drop Code Block programming