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an industrial track (2 years at IMT Atlantique + 9 months at Séché R&D, Saint Vulbas, France + 3 months at a European academic partner working on energy economics. 1.1. Domain and scientific/technical context
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logistics is the process of designing, operating, controlling, and maintaining effective and economic- efficient material, information, and capital flows of both end-of-use (EOU) and end-of-life (EOL
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economic viability analysis (Industrial track: IMT + Séché R&D) Topic 2: Integration of Reconfigurable Intelligent Surfaces and Machine Learning over THz Bands towards Future 6G Networks (co-tutelle/academic
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graduates for their aspirations and the needs of the future workforce. Our focus is informed by the manifold changes confronting today’s society, including the: need for economic transition—to new industries
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transfer, using Comsol and Matlab. Pilot testing and techno-economic analysis will involve collaboration with a secondary academic partner. 2. Partners and study periods 2.1. Supervisors and study periods
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regulations while remaining economically viable. Electric vehicles, or electric power assisted vehicles such as cargo bikes, provide increasingly used solutions for low-carbon transportation. A major challenge
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communication technologies, environmental technologies, biotechnologies and advanced materials. This unique grouping makes it possible to create synergies essential for building a reinvented economy and society
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implications, this approach also offers considerable potential for cultivating a sustainable industry, facilitating the transition to a low-carbon economy. Consequently, by combining substantial environmental
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, artificial intelligence, and control theory. It also demands operational expertise and knowledge of economic, human, and regulatory constraints to be considered during the development of this control strategy