We are seeking a postdoctoral research scientist to investigate the evolution of topography over various timescales at active plate margins using numerical models. We are interested in exploring the feedback and interaction between surface processes, crustal deformation and deep mantle processes, associated with subduction and mantle upwelling. The postdoctoral research scientist is expected to develop and calibrate numerical models or use existing codes, and to explore the possibility of benchmarking numerical models with analogue laboratory experiments.

The models will be applied to specific natural sites and validated with observation, with emphasis on regions of interest such as the Chile and Mediterranean active margins.

The postdoctoral researcher will work in a collaborative team also with other sections (Geodynamics, Landscape Modelling, Geomorphology, Basin Modelling section) to calibrate codes to test the surface response to deep processes. The successful candidate should have the vision and ability to participate in collaborative and interdisciplinary research activities and discussions. The candidate is also expected to closely collaborate with external partners, engage in scientific discussion and career development activities with other members of the section and present, publish and communicate research results at scientific meetings and in scholarly journals.

Your responsibilities:

• Investigate the evolution of topography over various timescales at active plate margins using numerical models
• Explore the feedback and interaction between surface processes, crustal deformation and deep mantle processes
• Develop and calibrate numerical models
• Explore the possibility of benchmarking numerical models with analogue laboratory experiments
• Collaborate closely with internal and external partners
• Engage in scientific discussion and career development activities
• Present, publish and communicate research results at scientific meetings and in scholarly journals

Your qualifications:

• Master's degree and PhD in Earth Sciences
• Demonstrated advanced knowledge in the development of numerical models
• Competitive record of publications, funding, awards (if applicable) according to the stage of the individual career
• Capacity for interdisciplinary teamwork and excellent communication skills
• Ability to communicate in English fluently (German language command is helpful but not mandatory)