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- University of Oslo
- NTNU Norwegian University of Science and Technology
- NTNU - Norwegian University of Science and Technology
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imaging (EEG, fMRI), and rapid prototyping and robotics laboratories. Applicants are required to upload/attach a research outline (uio.no) stating research questions and theoretical and methodological
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biogeochemical analyses, microscopy, image analysis, acoustic analysis, measurements of vertical flux. Skills in relevant statistical methods and quantitative analyses. Interest and experience in writing
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. Preferred selection criteria You have Demonstrated interest in, or experience with, human-centred design in safety- and/or time-critical domains Experience with prototype development (digital, physical
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Maritime AI Centre The Norwegian Martim AI Center shall position the maritime sector for accelerated and successful use of AI. To demonstrate and prototype maritime AI solutions, the center will address a
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access to state-of-the-art facilities in sound/video recording, motion capture, eye tracking, physiological measurements, various types of brain imaging (EEG, fMRI), and rapid prototyping and robotics
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characterization, surface analysis, cell and molecular biology, and imaging, and benefits from close collaborations within the local research network, providing access to complementary high-end instrumentation and
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picture Independent and creative thinking Being positive and enthusiastic Willingness to contribute to a positive working environment Employment in the position is based on a comprehensive assessment of all
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advantageous: Immunohistochemical/immunofluorescence techniques, as well as cell culturing techniques Molecular biology techniques and digital image analysis Analysis of high-throughput datasets (RNA seq
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cancer phenotypes, and their potential prognostic value. The project involves cancer cell culture, various molecular and cell biology techniques, chromatin analysis methods, and microscopy imaging. We use
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systems may provide excellent resolution on a cloud-free day. Synthetic aperture radars (SAR) deliver image products even through clouds, but they are expensive. Our main research question is: How can small