University of Glasgow is looking to hire TWO new Computational Geoscience Lecturers (Assistant Professors) to join us in the School of Geographical and Earth Sciences.
Both positions are continuing faculty appointments.
For full details and applications search for position at:
https://www.gla.ac.uk/explore/jobs/
Using these details:
Lecturer in Computational Geoscience
Vacancy Ref: 062527
Computational Geoscience Lectureship (Assistant Professor) x 2
The School of Geographical and Earth Sciences (GES) is looking to hire two geologists/geoscientists with an exceptional understanding of the rapidly evolving computational geoscience field. They will have advanced computer coding expertise, including designing, coding and implementing forward models of physical solid Earth processes (e.g., global-scale, fully-coupled geodynamic and earth surface process models, models of chemically reactive, multiphase flow, etc), and/or advanced state-of-the-art geospatial data science approaches (e.g., machine learning using big data, evolutionary model optimisation techniques, etc).
The successful candidates will be emerging leaders in modelling of global to basin scale processes, mineralisation, geodynamic/geomorphic Earth evolution, coupling of Earth's interior and surface processes or other relevant geoscience fields. We are especially interested in people whose computational expertise and skills might have relevance to sustainable resources (e.g., critical metals) and the energy transition. They will demonstrate a commitment to research-led teaching in computational geoscience and fundamental geological topics.
These appointments are part of GES's ongoing strategic investment in computational geoscience and geospatial data science. The school has hired five staff members in these areas in the last two years, and developed new undergraduate and postgraduate courses in geospatial information science, data visualisation, and remote sensing.
The successful applicant will be a member of the Dynamic Earth and Planetary Evolution (DEPE) theme of Earth Systems Research Group (ESRG). The DEPE theme aims to advance fundamental, quantitative understanding of critical geological phenomena on Earth and across the Solar System to solve scientific, engineering, and societal challenges. Collaboration with the Life's Interactions with Dynamic Environments and Global Landscapes & Climate Change themes in the ESRG, and the Stressed Environments and Communities theme of the Human Geography Research Group, is also encouraged.
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