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Field
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behaviour and operational regimes under varying environmental conditions, including short-horizon forecasting. The work involves trajectory, navigation, control, and sensor data from underwater robotic
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specific skills and training they need, as well as ample opportunity to network. The period following a doctorate is decisive in determining the direction and success of a scientific career. For this
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living organisms and their integration into printed scaffolds Cultivation experiments and assessment of biological growth and photosynthetic activity Sensor integration, automated monitoring and data
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with the aims of estimating e.g. infection status or environmental impact Sensor data record on or around individuals or groups of animals with the aim of classifying health status or behaviour patterns
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urban transects, including microclimate sensors, thermal observations, photogrammetric surveys and field validation, while establishing protocols for sensor calibration, spatial sampling, quality
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the Horizon Europe Marie Skłodowska‑Curie Actions (MSCA) Doctoral Network ‘MicroMan4Health’ on Data-Centric Micromanufacturing Platform Towards Added Value in the Health Sector ( https
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sensor network (ITEM), as well as Earth observation imagery. With this framework, you will model environmental processes such as air quality, heat or drought over various land cover types and at multiple
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observations from our spatially distributed sensor network (ITEM) to airborne and satellite image observations through near-surface and atmospheric radiative transport process modelling. You will
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tunnel, the rock mechanics laboratory, and other specialised software. Your network and team You will join the Mineral-based materials and mechanics research group of around twenty-five people at the
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Otaniemi campus as the work relies on the research tunnel, the rock mechanics laboratory, and other specialised software. Your network and team You will join the Mineral-based materials and mechanics