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, Department of Mechanical Engineering, focused on innovative research in fluid-structure interaction of wind-powered ships. About us At the Department of Mechanical Engineering , we unite the power
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of Computer Science. The group is led by Associate Professor Emma Söderberg and conducts research at the intersection of software engineering, developer tool construction and human–computer interaction. Ongoing
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opportunities to substantially build their professional network, interfacing with a large team of collaborators worldwide. The fellow will also become part of the BECC research platform, a collaboration between
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well as processing of protein-rich fractions through dairy processes. Particular emphasis is placed on the relationship between process conditions, composition, structure and functionality of milk and whey proteins
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structure – function relationships in lipid systems for drug delivery (predominantly lipid nanoparticles). The group has extensive expertise using large scale research infrastructures to study lipid systems
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the order of its four building blocks, we can make DNA and RNA fold into precise nanoscale machines, carry out logical computations, and store and read out information. We are looking for one or two
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functional genomic methods to study epigenetics and transcription such as ChIP and RIP-seq you are self-motivated, persistent and collaborative with an analytical mind and capacity to structure more than one
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on the construction of multi-scale molecular health and disease network and develop AI-based analytical infrastructures to inform precision medicine-based decision support. The position entails collaborative work
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would like you to: Be able to organize and structure your work. Deliver results as agreed upon. Be proactive, engaged, and willing to show and take initiative. Be interested in sharing your knowledge
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of molecular networks in cancer to advance precision medicine. By integrating high-throughput data (e.g. transcriptomics, proteomics, metabolomics) with prior knowledge of molecular interactions, we construct