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- progetto FLINT, CUP B69J25001080005
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Field
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? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The project consists in the development algorithms for the indirect estimation
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optimisation, algorithm design and high-performance computing, with application to airport innovation. Successful candidates will join an active group of Principal Investigators and researchers to work within
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Science, Artificial Intelligence, or a related field be ranked within the top 10% of their class at MSc and BSc level, with outstanding study results have a strong background in ML algorithms, with programming
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About the Job You will conduct original research to design, analyze, and optimize communication systems, including wireless and RF technologies. You will develop novel algorithms and system
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. Carry out the development, simulation and evaluation of algorithms. Participate in the writing of scientific documents and articles. Where to apply Website https://seuelectronica.upc.edu/en/procedures
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to national security and societal wellbeing, such as finance, education, civil infrastructure, agriculture, healthcare, entertainment, security, and government; inventing new algorithms, techniques, and
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of Contracts Negotiations ▪ Knowledge of Technology Products Analysis (algorithms, analog/digital devices ▪ Knowledge of Venture Market Analysis /Venture Business Strategy ▪ Knowledge of Research Project
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theory doctoral student on the project, you will: Use crystal-structure prediction algorithms together with periodic Density Functional Theory to search for stable Xn (C6 O6 )m phases across a range of
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, investigate new algorithms and architectures, and work closely with hardware and system research teams to advance the state of the art in next-generation communication systems. You are expected to publish
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understanding of data structures, data modeling and software architecture using Python, R, Java and C/C#/C++, as well as competence in mathematics including probability, statistics and algorithms. Demonstrate