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data, dynamic processes and phenomena, where both methods and interpretation must account for temporal dynamics. Data typically comes from intervention studies conducted in Gothenburg and/or from large
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phenomena, where both methods and interpretation must account for temporal dynamics. Data typically comes from intervention studies conducted in Gothenburg and/or from large cohorts and biobanks from
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of the sea, with a focus on questions related to marine protected areas About the position You will primarily work on developing and applying video-based methods for monitoring fish in protected areas and
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methods to simulate between functional chemically active surfaces and molecules/liquids. Central methodologies include: static DFT calculations; TBMD and AIMD; classical atomistic and coarse-grained
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primarily work on developing and applying video-based methods for monitoring fish in protected areas and increasing knowledge about ecosystem function. The work includes method development for AI-supported
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methods, as well as a strong ability for collaboration and communication. About the employment The position involves full-time employment for a maximum of 12 months. Start date 2026-06-01 or as per
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robust control methods Controllers for underactuated and coupled robotic dynamics Stability-aware and model-based autonomy ROS/ROS2-based autonomy development Real-world testing on aerial, underwater, and
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of viruses, primarily using electron microscopy, complemented by other methods to understand structure and function. The project involves structural studies of diatom viruses with the aim of increasing