The Department for Environmental Geosciences, University of Vienna is a highly motivated and international team carrying out research on groundwater modelling, pollutant dynamics and nanogeosciences.
Your project: All forms of life depend on water. Providing safe drinking water is one of the major challenges of this century. Apart from quantitative problems, groundwater contamination is a major environmental concern. Such inorganic, organic, or biological contamination can derive from various sources. Water suppliers might operate at very complex hydrogeological settings, including flow and chemical/water quality heterogeneities at all scales, varying river-aquifer interaction, and water works operations. At such a setting we strive to apply the most recent inverse groundwater modelling techniques to identify and minimize model uncertainties and to better predict and guide water works operations (e.g., including temporal varying natural/anthropogenic tracers, stochastic modelling with HPC, rigorous uncertainty analysis). The ultimate goal is aiding water suppliers to provide the best possible water quality at very complex and time variant hydrogeological/chemical settings.
We are inviting applications for a Postdoc or PhD position and offer:
• Working in a motivating and stimulating internationally recognized scientific environment with excellent facilities
• Continuous support, mentoring, career planning and coaching
• Competitive salary (~ € 55.000 postdoc, ~ € 31.000 PhD gross annual salary including full social security coverage)
• The city of Vienna is continuously ranked among the top cities in the world for quality of life. Costs of living are moderate compared to other major European and international cities.
• Very strong background in groundwater modelling including transient and inverse problems
• Excellent knowledge of FEFLOW, FePEST, programming, e.g., Python
• Fluent spoken and written English (German would be beneficial) and excellent communication skills
• Motivated, independent and reliable
For more information click "LINK TO ORIGINAL" below.