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the development and experimentation of future-oriented, environmentally friendly, and customized packaged chip systems. The infrastructure supports research and pilot-scale development of emerging chip technologies
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.. SiPFAB enables the development and experimentation of future-oriented, environmentally friendly, and customized packaged chip systems. The infrastructure supports research and pilot-scale development
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, and intelligent decision-making across distributed manufacturing networks. Specifically, the work will include: Development of a digital twin for a manufacturing production system. Development
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offers education in automation, hydraulics, machine design, product development, mechatronics, robotics, control and systems theory, industrial informatics and production engineering and technology. There
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, hydraulics, machine design, product development, mechatronics, robotics, control and systems theory, industrial informatics and production engineering and technology. There are three education tracks provided
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supervising theses in Economics. In addition, the position involves duties related to curriculum development, and other related tasks. Requirements PhD degree in Economics. The PhD degree should be completed by
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interfaces Knowledge on data sharing, data business and data spaces Practical skills in software development Understanding EV supply equipment architectures, power system operation, and smart grids
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avoiding the over-consumption of natural resources. The ongoing green transition is crucial to develop a sustainable, low-carbon and resource-efficient future. Such a transition requires the development
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consortium formed by 9 universities, research centres and companies around Europe and aims to train 15 research fellows to contribute to the development of energy- and cost-efficient power electronics
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/ https://www.infofinland.fi/en/landingpage Ponsse's research and development (R&D) efforts in Tampere are focused on automation systems for mobile machines, software development, and energy-efficient