19 component-labeling-agorithm-cuda research jobs at Chalmers University of Technology
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the role We are looking for a project coordinator for a research project on “Robust post-processing of additively manufactured components”. This is a Smart Advanced Manufacturing project with 13 project
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range of health-related challenges—from fundamental biomedical questions to translational technologies. This postdoctoral project is an integral part of that mission, contributing to the understanding
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postdoctoral position in data analysis, where you will apply machine learning techniques to understand how resistance genes spread and to help detect infections caused by resistant bacteria. The position is part
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collaboration with the Multiscale Inorganic Materials group, both part of the Division of Energy and Materials at Chalmers . The two groups together comprise nine senior researchers and 27 PhD students and
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Functional Materials, 2024, 34, 2406875). This project will further develop this technique with a focus on aerospace applications such as lightning protection, de-icing, and sensing. This position is part of
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degradation to the molecular characterization of biomass polymers and their conversion into functional materials. As part of your role, you will also contribute to a Horizon Europe project focused
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the experimental groups at Chalmers, as well as with international collaborators The project will be carried at the division Applied Quantum Physics at Chalmers, and as a part of the Wallenberg Centre for Quantum
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developing a novel imaging and amperometry-based platform for research into neurological diseases. About us The Esbjörner lab belongs to the Division of Chemical Biology , which is part of the Department
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This multidisciplinary position is part of a WASP NEST (Novelty, Excellence, Synergy, Teams) project focused on advancing generative models and perceptual understanding in computer vision. The
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to increase catalyst activity and selectivity. The computational part of the project will investigate relevant reaction paths and evaluate spectroscopic signatures that can be compared to a parallel