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a strong specialization in Sound and Vibration (We also welcome applications from candidates who will graduate soon). Solid knowledge of structural mechanics and numerical methods Proficiency in
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, molecular systems biology, and structural biology. The scientific foundation of what we do lies in biology, but our research overlaps with other fields such as medicine, computer science, mathematics
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for the construction of runtime monitors that capture under what conditions an ACPS is guaranteed to maintain safety. A key challenge in developing such monitors is to handle noisy, missing, or delayed data
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School. DDLS uses data, computational methods and artificial intelligence to study biological systems and processes at all levels, from molecular structures and cellular processes to human health and
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increasingly important as the skies are getting more and more affected by anthropogenetic activities, ranging from construction to vehicles and pollution. Work duties The researcher will conduct research in
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experimental and computational methods to understand membrane protein transport and signalling processes. The focus is to develop novel structural biology techniques with the aim to understand membrane protein
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novel structural biology techniques with the aim to understand membrane protein transport and regulation with applications in heart disease and antimicrobial resistance. The group has pioneered
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development in plant genetics and plant breeding. You enjoy working both independently and in a team, and have a good ability to structure your work. Place of work: Alnarp Forms for funding or employment
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major research groups: Mechanical systems, Structural dynamics, Wave propagation and Railway mechanics. You will be joining an emerging research lab led by Dr. Shivesh Kumar and will have the opportunity
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to effectively compile linear algebra expressions when the matrix sizes are unknown at compile-time. The project aims to address the problem using e-graphs. An e-graph is a data structure commonly used in