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at the development and optimization of sustainable biocatalytic strategies applicable to the recycling of plastic materials. Within the scope of the work plan, the selection of appropriate enzymes will be studied, as
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Escola Superior de Design, Gestão e Tecnologias da Produção de Aveiro - Norte da Universidade de Aveiro | Portugal | about 2 months ago
Optimization of part design based on computational technologies Manufacturing of proof-of-concept parts using AI-optimized parameters for iSLS Post-processing of proof-of-concept parts Participation in
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Escola Superior de Design, Gestão e Tecnologias da Produção de Aveiro - Norte da Universidade de Aveiro | Portugal | about 2 months ago
Regulations of the University of Aveiro. 5. Work Plan: This project aims to develop solutions based on Artificial Intelligence for optimizing additive manufacturing processes. Machine learning techniques will
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and the magnetocaloric materials; iii) producing liquid metal with high thermal conductivity and optimized rheological properties for efficient heat exchange. Additionally, the fellow will contribute
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process development, optimization, maintenance, and communication. As a member of the leadership team, responsible for conducting the following activities on behalf of the Financial Aid function: Planning
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; consistent messaging; customer service; and processing. Extensively collaborates with FAS staff leadership on best practices, policies and business process development, optimization, maintenance, and
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agriculture. iii) Definition of a technological maturity model to determine the most suitable digital technologies to improve and optimize olive production, including the definition of key indicators. iv
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-vision algorithms with edge-computing processing for the automatic detection of non-conformities. Machine-learning techniques will be applied to optimize cutting parameters, and the module will be
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for the production of electricity. The work plan is part of activity 3 - Development of the ORC power subsystem optimized for heat recovery, in task T3.3. Mechanical to electrical energy conversion module. 1
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the scope of the following project tasks: - Sustainable manufacturing of aerogels from rPET (dissolution/precipitation of rPET with green solvents; optimization of rPET aerogel production by DoE); - Expansion