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- NTNU - Norwegian University of Science and Technology
- NTNU Norwegian University of Science and Technology
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, interaction design and behavioural sciences. Human Centered Design methodology will lie at the core when researching and testing prototype interfaces. Although the practical project relates to the Fjordlab and
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work within Norwegian municipal contexts. It aims to provide new knowledge about how architectural dimensions such as design, neighborhood layouts, and environmental factors influence the experiences
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requirements: PhD in Biosciences It is assumed that the person who is hired is admitted to the faculty’s doctoral program. The project proposal and the plan for the doctoral work must be agreed upon with
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different NTNU faculties. It will house eight PhD students to be recruited in 2025, in the fields of design, psychology, sociology, political science, social anthropology, economics and science and technology
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the corresponding structural behaviour. The latter is also related to concrete design in the SLS (serviceability limit state). By thoroughly characterizing property development and conducting corresponding analyses
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microbiome analyses, and other nutrigenomic tools). Process and perform statistical and bioinformatic analysis of data. Generate scientific publications. The successful candidate is expected to enter a plan
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involved and contribute constructively with feedback Analyze data, assess different perspectives and draw well-founded conclusions Be flexible and open to adjusting the plan for the project as needed
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Biological Dark Matter (BDM). A main idea of this project is to make use of the pattern matching abilities of the Tsetlin Machine in machine learning to be able to recognize signals in the BDM in
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focuses on developing new material and waveguide design platforms for photonic integrated circuits based on III-Phosphide materials such as gallium phosphide (GaP) and indium gallium phosphide
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optical coherence tomography, flourescense microscopy, and spectroscopy. The candidate will develop optical design and nanofabrication concepts and methodology to realize the photonic waveguides and