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Field
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Python, C# (preferably across design-related APIs), and using Git. Experience developing plugins or toolsets within parametric modeling platforms like Rhino/Grasshopper, or similar. Knowledge of digital
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of practice. Specifically you will have the following tasks: Map current practices, governance arrangements, and regulatory bottlenecks related to citizen‑driven nature stewardship in residential urban areas
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framework for heritage under climate change; a vulnerability index applicable across different types of sites; a socio-economic impact assessment of potential heritage loss; visual outputs (maps, dashboards
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will measure glacier and ice-sheet velocities in regions where shorter wavelength radars struggle and will be the first P-band mission to map Antarctica. P-band can also penetrate up to five metres
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technical reports to map the current and emerging threats to navigation, positioning and timing services. Examples include, but not limited to, radio-frequency jamming and spoofing events, electro-magnetic
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SAR architecture that enables novel techniques, such as SCORE (Scan On Receive) and MAPS (Multiple Azimuth Phases),combined with a ScanSAR mode. Another advantage of systems with multiple channels in
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, and study how they interact. To achieve this, you will combine electrophysiological techniques, such as patch-clamp analysis and optical mapping, with molecular approaches using human and animal disease
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these methods to quantify phase transformation, plasticity, damage, fracture, and particle volume/sizes for the parameters space that is relevant for wafer handling. Map out the different regimes of silicon
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elaborate the timing of impacts, benefits, and risks of different CDR options. KEY TASKS: Mapping of intertemporal concerns of CDR activities, including emissions, removals, storage, risks, delays, and
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methods including the Means-End Chains method, collaborative ethnography, and data analysis. Working closely with societal partners such as Cooplink, Ecodorpen, and the Knarrenhof Foundation, you will map