Research Scientist in Glacier Modelling – NYU Abu Dhabi

NYU Abu Dhabi is seeking a Research Scientist in Glacier Modelling to join the Centre for Sea Level Change. The role involves studying Antarctic glaciers, analyzing their dynamics, and developing diagnostics using observational datasets. Candidates should have a PhD in oceanography or glaciology, experience with numerical models and geophysical datasets, and strong programming skills. The position is based in Abu Dhabi, UAE.
Overview New York University in Abu Dhabi, through its NYU Abu Dhabi Institute, seeks to be a world-class center of cutting-edge research, scholarship, and cultural activity. The institute offers outstanding facilities; research funding at a significant level and with exceptional continuity of support; and a vigorous, cohesive, and interactive intellectual environment. Further details about the institute are found at nyuad.nyu.edu/institute/. The research group at the Centre for Sea Level Change (CSLC) works in various areas of sea-level change science ranging from meteorological, oceanographic, and glaciological observations, both in situ and remote sensing, as well as component and coupled models of the atmosphere, ocean, and glacier system. For details, see nyuad.nyu.edu/en/research/nyuad-institute/institute-research/cslc.html.
Summary of the role The CSLC is looking to hire a researcher with expertise in glacier and ice shelf modelling. The scientist will work with others in a team to characterize Antarctic glaciers and assess their instability. The incumbent will perform research on the dynamics of Antarctic glaciers and the effect of ocean and atmosphere on their motion and instability. The work involves, in addition to modelling, the development of diagnostics using satellite and ground-based observational datasets and the possibility to join field campaigns in Arctic and Antarctic.
Main Duties and Key responsibilities Conducting and analyzing experiments on glacier dynamic processes using a glacier model, satellite observations and ground-based observations to assess their instability. Developing diagnostics of the physical processes involved in the interactions between glaciers, ice shelves, ocean, sea ice and atmosphere, based on observational and numerical datasets. Conduct scientific studies, publish results in peer-reviewed journals and communicate about them in international conferences. Personal attributes Good interpersonal and communication skills Excellent analytical and problem-solving skills with a proactive approach Dedication and enthusiasm to work in a team Ability to work efficiently and complete diverse tasks in a timely manner Qualifications and experience required Education A PhD degree in oceanography, glaciology or a related discipline.
Experience
Experience with numerical models.


Experience in analyzing large geophysical datasets.


Experience with high-performance computing environments and scientific codes.


Familiarity with glacial modeling software (e.g., ELMER ICE) is an advantage.


Knowledge and skills
Very good programming and scripting skills are expected.


Good understanding of physical processes involved in the interaction between the atmosphere, sea ice, the ocean and land ice is essential.


Language
Candidates must be able to work effectively in English and interviews will be conducted in English.


How to apply To be considered, candidates should submit Curriculum Vitae (including the list of their peer-reviewed publications) and the names of three professional references, all in PDF format by email to Dr. Diana FRANCIS ( ) with Prof. David Holland ( ) and Denise Holland ( ) in copy.
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