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Desenvolvimento de uma ferramenta para testes remotos no setor automóvel
| Name: | Description: | Size: | Format: | |
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| 16.9 MB | Adobe PDF |
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Abstract(s)
A adaptação do mercado de trabalho aos regimes híbridos e remotos é uma necessidade
crescente, especialmente após a pandemia, que acelerou a transformação
digital e remodelou o ambiente de trabalho global. No contexto atual, caracterizado
também pela necessidade de adaptação constante a novos desafios tecnológicos, nomeadamente
no setor automóvel, é exigida uma rápida adaptação das ferramentas
utilizadas nestes projetos.
Esta dissertação abordou o desenvolvimento de uma ferramenta de testes remotos
direcionada ao setor automóvel. O principal objetivo passou por criar uma solução
que permitisse a execução e gestão de testes em dispositivos de forma remota, promovendo
a eficiência, a segurança e a flexibilidade dos processos de validação dos
sistemas de infotainment dos veículos. O trabalho envolveu a análise de requisitos
específicos do setor, a seleção e integração de tecnologias adequadas e a implementação
de uma plataforma web que respondeu às necessidades atuais das equipas de
desenvolvimento e testes. Os resultados obtidos demonstraram o potencial da ferramenta
para otimizar operações, reduzir custos e reforçar a competitividade das
organizações no contexto da transformação digital da indústria automóvel.
The adaptation of the labor market to hybrid and remote regimes is a growing need, especially after the pandemic, which accelerated digital transformation and reshaped the global work environment. In the current context, also characterized by the need for constant adaptation to new technological challenges, particularly in the automotive sector, a rapid adaptation of the tools used in these projects is required. This dissertation addressed the development of a remote testing tool aimed at the automotive sector. The main objective was to create a solution that would allow the execution and management of tests on devices remotely, promoting the efficiency, security and flexibility of the validation processes of vehicle infotainment systems. The work involved the analysis of specific requirements of the sector, the selection and integration of appropriate technologies and the implementation of a web platform that meets the current needs of development and testing teams. The results obtained demonstrated the tool’s potential to optimize operations, reduce costs and strengthen the competitiveness of organizations in the context of the digital transformation of the automotive industry.
The adaptation of the labor market to hybrid and remote regimes is a growing need, especially after the pandemic, which accelerated digital transformation and reshaped the global work environment. In the current context, also characterized by the need for constant adaptation to new technological challenges, particularly in the automotive sector, a rapid adaptation of the tools used in these projects is required. This dissertation addressed the development of a remote testing tool aimed at the automotive sector. The main objective was to create a solution that would allow the execution and management of tests on devices remotely, promoting the efficiency, security and flexibility of the validation processes of vehicle infotainment systems. The work involved the analysis of specific requirements of the sector, the selection and integration of appropriate technologies and the implementation of a web platform that meets the current needs of development and testing teams. The results obtained demonstrated the tool’s potential to optimize operations, reduce costs and strengthen the competitiveness of organizations in the context of the digital transformation of the automotive industry.
Description
Keywords
Remote Testing System Website Infotainment Testing Setup Automotive Sector Sistema de testes remotos Setup de testes Setor automóvel
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CC License
Without CC licence