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, Mathematica, MATLAB, Julia, C/C++, or similar). Experience in polymer modelling and high-performance computing It’s an advantage if you also have experience in electronic structure methods, multiscale
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University focuses on numerical electromagnetics and magnetic materials. We work at the interface of electromagnetic theory, computational science, physics of magnetic materials and electrical
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numerical modelling of rock-liner interaction and will design the in-situ experiments together with you. Around you are colleagues in numerical methods for geomechanics, geotechnical engineering
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, synoptic-scale meteorology, and numerical weather prediction. The successful candidate is expected to conduct an outstanding independent research program, direct and participate in collaborative networks
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based primarily on Keldysh path-integral and nonequilibrium Green-function methods, complemented by numerical approaches based on tensor networks. The Condensed Matter Theory group of Tero Heikkilä has
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, the candidate must have an internationally recognized track record in synoptic scale dynamic meteorology and in numerical weather prediction methods and/or multi-scale meteorological modeling and
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simulation methods for industrial-scale welded structures. What your work will be like You will focus on the development of multiscale computational weld mechanics (CWM) methods for industrial-scale welded
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group led by Professor Alexandros Iosifidis , and closely collaborate with the Financial Data Science group led by Professor Juho Kanniainen , at the Unit of Computing Sciences of Tampere University
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researcher and become part of an international research team developing advanced simulation methods for welded high-strength steel structures. What your work will be like Your work will focus on the
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in programming, data handling, research computing, and AI methods, and the ability to teach them at a technically demanding level provide evidence of successful teaching of humanities students with