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CHECK IN E CHECK OUT: DESENVOLVIMENTO DE UMA APP MOBILE PARA GESTÃO DE RECURSOS E PRODUÇÃO NAS LINHAS DE PRODUÇÃO
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 5.74 MB | Adobe PDF | |||
| 236.02 KB | Adobe PDF |
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Advisor(s)
Abstract(s)
Com o aumento constante dos requisitos funcionais para alcançar a máxima eficiência
dentro de uma fábrica, é necessário encontrar soluções cada vez mais avançadas,
tanto a nível de arquitetura como das tecnologias utilizadas. Este trabalho tem como
principal objetivo desenvolver um módulo de inventário eficiente e integrado na
aplicação mobile do sistema MES (Manufacturing Execution System) da BRAINR,
visando otimizar os processos de monitorização e picking nos armazéns que empregam
o MES da empresa.
Para o desenvolvimento do módulo de inventário, serão desenvolvidas funcionalidades
de monitorização e de picking que utilizam os scanners pertencentes
aos dispositivos usados nos armazéns. De modo a registar a informação lida em
etiquetas por partes destes dispositivos, será utilizado o standard GS1. Através dos
seus Application Identifiers (AI), será possível registar quais os produtos a serem
inventariados e em quais localizações.
Ao utilizar uma arquitetura de Server Driven User Interface (SDUI), a abordagem
para o desenvolvimento de componentes e tratamento de lógica distingue-se
significativamente da maioria das aplicações mobile tradicionais, permitindo uma
maior flexibilidade e centralização na gestão das interfaces de utilizador(UI).
Através de testes realizados ao longo do desenvolvimento, foi possível garantir a
integridade e qualidade do módulo do inventário.
With the constant increase in functional requirements to achieve maximum efficiency within a factory, it is necessary to find increasingly advanced solutions, both in terms of architecture and the technologies used. The main objective of this work is to develop an efficient and integrated inventory module within the mobile application of BRAINR’s MES (Manufacturing Execution System), aimed at optimizing the monitoring and picking processes in the warehouses that use the company’s MES. For the development of the inventory module, monitoring and picking functionalities will be created, utilizing scanners belonging to the devices used in the warehouses. To register the information read from the labels by these devices, the GS1 standard will be employed. Using its Application Identifiers (AIs), it will be possible to record which products are being inventoried and in which locations. By using a Server Driven User Interface (SDUI) architecture, the approach to component development and logic handling differs significantly from most traditional mobile applications, allowing for greater flexibility and centralization in the management of user interfaces (UI). Through tests conducted throughout the development, it was possible to ensure the integrity and quality of the inventory module.
With the constant increase in functional requirements to achieve maximum efficiency within a factory, it is necessary to find increasingly advanced solutions, both in terms of architecture and the technologies used. The main objective of this work is to develop an efficient and integrated inventory module within the mobile application of BRAINR’s MES (Manufacturing Execution System), aimed at optimizing the monitoring and picking processes in the warehouses that use the company’s MES. For the development of the inventory module, monitoring and picking functionalities will be created, utilizing scanners belonging to the devices used in the warehouses. To register the information read from the labels by these devices, the GS1 standard will be employed. Using its Application Identifiers (AIs), it will be possible to record which products are being inventoried and in which locations. By using a Server Driven User Interface (SDUI) architecture, the approach to component development and logic handling differs significantly from most traditional mobile applications, allowing for greater flexibility and centralization in the management of user interfaces (UI). Through tests conducted throughout the development, it was possible to ensure the integrity and quality of the inventory module.
Description
Keywords
MES Aplicação mobile GS1 SDUI