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activities like patterned cell proliferation, change of shape and movement. About the project: Bilateral symmetry is a hallmark of most animals. The external left and right sides of bilaterians develop
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work): Smart Ticketing & Check-in: a single, trusted tool for booking and checking into travel, with discounts integrated for students and other groups (WP4) Mobile Vehicle Registration Certificate (mVRC
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of response and develop predictive models. The work will involve analysis of large-scale datasets through multiomics integration, machine learning, statistical genetics, QTL analysis and development of genetic
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will be prioritized. The lab offers training in advanced cell biology, confocal microscopy, and various molecular & genetic methods for investigating fundamental cellular mechanisms. The lab has proven
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cell biology, and experience working with plants are pluses. We offer training in advanced imaging, and various molecular & genetic skills for investigating fundamental cellular mechanisms. The lab is
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of the following areas: software development, Artificial Intelligence/Machine Learning, data processing, development and testing of computational services, or semantic technologies. Very good
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learning techniques. The work further involves contributing to the development of methods for assessing climate risk and vulnerability at building level, supporting predictive urban planning; the simulation
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various cutting-edge technologies with a wide variety of roles and tasks. Strict expertise in all technologies is not required. However, a great attitude and willingness to learn is a must. Flexible Work
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, sensor fusion, and communication performance enhancement. Acquired Knowledge The Doctoral Candidate is expected to acquire knowledge and expertise in: automotive communication systems; sensor and data