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to urban food planning to address these challenges by diving deep into the use of digital technology, policy and strategy development, and engagement, education and empowerment. The focus should be
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for? We are looking for candidates within the field(s) of food science and technology or related areas and a strong methodological background in both qualitative and quantitative approaches to research
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engineering aims to create human-engineered systems with the desirable properties of natural morphogenesis,such as increased robustness, adaptability, and ability to self-repair. In this project, we will focus
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advance the pharmaceutical sciences by performing drug-related research and research-based teaching in topics including pharmaceutical technology and formulation, drug delivery, advanced drug analysis, and
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part of the research program “Engineering small molecule-mediated regulation in bacteria to boost synthesis and production of bioactive compounds (BoostR)” which is financed by a Research Leader starting
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simulations for atom trapping and nanophotonic integration. An important goal will be to explore strong atom-atom interactions mediated by light propagating in carefully engineered nano-scale dielectric
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language. The ways we write, read, speak and listen are all being transformed by various forms of AI technology which are quickly becoming part of the mainstream. In the university context these changes will
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expression systems. Moreover, the project involves the development of novel methods for quantification of ligand binding under native receptor expression conditions as well as in genetically engineered cell
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methods for quantification of ligand binding under native receptor expression conditions as well as in genetically engineered cell lines. We provide close supervision and comprehensive training