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robotics and artificial intelligence across diverse fields. Our core focus lies in developing heterogeneous, multifunctional robotic fleets for various applications within industrial and environmental
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real-world organizations, an understanding of experiment-based software product development, and/or the use of artificial intelligence in creative design tasks are preferred. Scientific environment You
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are typically based on the theory of elasticity or plasticity and the applied methods range from the finite element method (FEM) to explainable artificial intelligence (XAI). In addition, understanding
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of the project is to develop physics-informed machine learning and more general artificial intelligence methods especially for problems involving estimation and control. Potential target applications
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, Big Data analytics, Advance Analytics, Artificial Intelligence and Machine Learning. Technically, implementation of such a business model requires access, connectivity, transformation and storage
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of hydrogen-induced embrittlement in high-strength steels. Different modelling (phase field modelling/artificial intelligence and machine learning approach) and experimental techniques could be utilized to get
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embrittlement in high-strength steels. Different modelling (phase field modelling/artificial intelligence and machine learning approach) and experimental techniques could be utilized to get to relate
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Professor by the end of the Tenure Track term (associate professor), • research expertise in finance. We value especially research outputs in the areas of artificial intelligence (AI) and/or sustainability
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. Finland is among the leading countries in ICT & Digitalization, from 5G networks to financial technology, artificial intelligence, and AR/VR innovations to IoT, digital education and health solutions. More
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medicine is changing clinical practice rapidly. Novel orthopedic techniques involve the use of artificial intelligence and advanced technologies, such as robotics, advanced materials, and bone substitutes