13 machine-learning "https:" "https:" "https:" "https:" "https:" "https:" "Imperial College London" positions at LNEC, I.P. in Portugal
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implementing data services; developing intuitive and interactive graphical interfaces; integrating 3D visualization tools with a focus on emerging technologies such as AR and VR; applying machine learning-based
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of AI machine/deep learning imagery analysis methodologies and Digital twins applied to cultural heritage assets. 8 - Location Workplace: LNEC – National Laboratory for Civil Engineering, I.P. Avenida do
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interaction with the road infrastructure. • Experience in big data analysis and handling of large data sets, with skills in applying AI and machine learning techniques to traffic pattern analysis and road
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Laboratory for Civil Engineering, I.P. Avenida do Brasil, 101 – 1700-066 Lisboa Country: Portugal Website: https://www.lnec.pt Email: recrutamento@lnec.pt The above activities shall be conducted
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Workplace: LNEC – National Laboratory for Civil Engineering, I.P. Avenida do Brasil, 101 – 1700-066 Lisboa Country: Portugal Website: https://www.lnec.pt Email: recrutamento@lnec.pt The above activities shall
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Laboratory for Civil Engineering, I.P. Avenida do Brasil, 101 – 1700-066 Lisboa País: Portugal Website: https://www.lnec.pt Email: recrutamento@lnec.pt The above activities shall be conducted at the Project
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, 101 – 1700-066 Lisboa Country: Portugal Website: https://www.lnec.pt Email: recrutamento@lnec.pt The activities within the scope of the grant will be carried out at the Acoustics, Lighting, Components
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: Portugal Website: https://www.lnec.pt Email: recrutamento@lnec.pt The scientific research, technological development, management and communication of science and technology activities shall be carried out
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should possess a strong background in advanced computing and data science, machine learning, or in a related field, with expertise in monitoring data reliability, quality assurance, and AI modelling
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Predictive Maintenance: employing big data analytics to assess ballast degradation and particle morphology, supported by machine learning algorithms. Data-Driven Numerical modelling Simulations: leveraging