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Mission The Extreme Environments Research Laboratory (EERL) is looking for a PhD student for our Antarctica InSync activities. Within Antarctica InSync we will study aerosol-cloud interactions over
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regulate how much sunlight reaches the Earth’s surface and how much thermal radiation escapes to space, which ultimately influences how hot or cold the planet is. How much each cloud cools or warms the
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shallow convective clouds, causing the clouds to become deeper and more reflective. The student may also investigate trends in Earth’s radiation budget caused by aerosol-cloud interactions over the
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design and sampling - Global cloud adoption: Expand on previous work (see Kilpi, 2025) and tools by gathering more data - Focus can be on: • Cases of Chinese hosting to enable multi-class
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surface with moist air and form shallow convective clouds. At the cloud top, reflected ultraviolet radiation speeds up the photochemistry, and with it the production of the radicals OH and HO 2 . The
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processing, semantic search, and knowledge graph technologies. 2. Design, implement, optimize, and maintain secure, scalable, and high-performance AI solutions across cloud and hybrid computing environments
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placed on deriving velocity and flow depth estimates at unprecedented spatial and temporal resolutions by analyzing point cloud and camera data You will develop a deep understanding of debris flow
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focuses on understanding boundary layer cloud processes through Large Eddy Simulation (LES). A novel aspect is to represent cloud microphysics using a Lagrangian technique implemented in the turbulence
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systems (e.g., H100 / A100 / L40S) and national cloud allocations, and documents empirical hardware and performance findings. Leads and contributes to peer-reviewed, open-access publications (target
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progressing to production. Infrastructure & Cloud Security : Implement and maintain security for Infrastructure as Code. Configure and enforce network security policies. Manage secrets securely using