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for detecting subpicotesla magnetic fields? Can we control the trajectory of the current in magnetic fields? Can we form automated routines to answer the above questions? You will work in close collaboration with
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Biosustain) Recent progress in our ability to read and write genomic code, combined with advances in automation, analytics and data science, has fundamentally changed the scope and ambition of harnessing
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not required. Experience in programming, simulation and data analysis. Ideally also in experiment automation. Ability to work independently and as part of a team. Excellent communication skills in
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(e.g. BioLector, ChiBio, etc) and liquid handling robots/automated colony pickers (ROTOR, QPix, HAMILTON). Experience within microbial molecular biology and physiology with a strong focus in non
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laboratory technician. You will further have access to the DTU Bioengineering’s robotics platform and collaborate with DTU’s Arena for Life Science Automation (https://dalsa.dtu.dk/ ). Beyond DTU, you will
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the human hematopoietic system Experience with automated liquid handling and single-cell isolation systems Extensive knowledge of disease specific domain knowledge, such as cancer or cell development At least