Jobs and research positions
Job/research positions and other career opportunities
- Written by News Manager
University of Birmingham -School of Civil Engineering
College of Engineering and Physical Sciences
Fixed Term Contract for approx 30 months
Salary from £28,132 to £38,907 a year
The School of Civil Engineering at the University of Birmingham has a rich and diverse history of water-related research spanning over 50 years and covering all aspects of the engineered water cycle. The Water Engineering group has a global reputation for excellence in water and wastewater research and has a worldwide academic network on four different continents.
We are seeking to appoint a dynamic Research Fellow to support our current research portfolio and help us drive forward new initiatives. The Water Engineering Group’s current research focus is placed on experimental and numerical approaches to address the challenges that we face in managing water security and resource efficiency and the associated links with energy management. This broad remit encapsulates experimental and numerical analysis of water and wastewater treatment processes, water quality monitoring and measurement, and fundamental fluid mechanics.
We are looking for an enthusiastic Research Fellow with postgraduate experience in one or more of our current areas of interest. Candidates must be able to demonstrate significant achievements in either numerical modelling or laboratory- and field-based experimentation and analysis. The Research Fellow will be expected to support current research projects, deliver new work programmes and work with Research Group members on the future direction of water engineering at Birmingham.
To apply, you should possess a good first degree, or higher, in Civil Engineering, Environmental Engineering or related areas and have completed a PhD in water engineering or water science. It is likely that the successful candidate will have an exciting vision, which demonstrates how they could achieve an independent research career within a three-year period.
To download the details and submit an electronic application online please click on the 'Apply' button below, alternatively information can be obtained from www.hr.bham.ac.uk/jobs. Please quote the Job Reference in all enquires.
Closing date: 31 January 2014
- Written by News Manager
Jackson School of Geosciences, University of Texas at Austin
The Department of Geological Sciences in the Jackson School of Geosciences at the University of Texas at Austin offers a position for a postdoctoral fellow to conduct research in the areas of groundwater geochemical evolution and paleoclimate reconstructions. These studies are focused on the limestone aquifer and caves in Guam in the tropical western Pacific, in collaboration with the Water and Environmental Research Institute of the Western Pacific at the University of Guam. The research involves groundwater and rainwater geochemistry, including stable and radiogenic isotopes, and paleoclimate, including reconstructions using speleothems and assessments of speleothem proxies in the modern hydrologic system. The postdoctoral fellow will lead the analyses and interpretations of the geochemical time series and manage the project database.
Requirements include a Ph.D. in relevant discipline(s) and one or more of the following areas of expertise: 1) stable and radiogenic isotope geochemistry of groundwater; 2) hydrogeology of karst systems; 3) petrography and geochemistry of speleothem calcite; 4) U-series isotopes analytical methods; and 5) tropical Pacific climate and time-series analysis. The Department and Jackson School have excellent analytical facilities in isotope geochemistry and a wide range of karst and climate science research expertise.
Security sensitive position, and final selection dependent on successful background check.
The University of Texas at Austin is an Equal Opportunity/Affirmative Action Employer.
- Written by News Manager
The New Mexico Institute of Mining and Technology (NMT) invites applications for two tenure-track assistant professor level positions in Hydrology and one in Geochemistry. For the hydrology positions, we seek candidates with interests in flow and transport in porous media, hyporheic zone studies, karst hydrology, hydrogeomechanics, isotope hydrology, or aqueous geochemistry. For exceptionally well-qualified hydrology candidates an appointment at the Associate Professor level will be considered. For the geochemistry position, we seek candidates with interests in igneous petrochemistry (especially volcanic rocks), metamorphic petrology, sedimentary geochemistry, geochemistry of ore deposits, and radiogenic isotope geochemistry. Potential for excellence in teaching and research are the most important qualifications.
Applicants should submit a letter of interest, resume, a statement of teaching and research interests, one representative publication, and the names of three references to Hydrology Search, Human Resources, New Mexico Institute of Mining and Technology, 801 Leroy Pl., Socorro, New Mexico 87801. College transcripts will be required if selected to interview. Review of application material will begin on October 1, 2014. The search will remain open until the position is filled. Email applications are not accepted. New Mexico Tech is an equal opportunity/affirmative action employer.
Applicants should have a Ph.D. in Earth Science, Civil or Environmental Engineering, or a related field at the time of appointment. Women and underrepresented minorities are encouraged to apply.
Read more about these positions on the AGU Career Center, search “Assistant Professors of Hydrology and Geochemistry.”
George Veni, Ph.D.
National Cave and Karst Research Institute
- Written by Philippe AUDRA
3D Modelling (geometry and connections) of carbonate massifs in structurally complex areas : An application to buried karst reservoirs of Languedoc (South France)
Karstic reservoirs offer new opportunities to secure water resources in the populated and arid regions, such as the Mediterranean. Karstified Jurassic carbonate massifs presently buried beneath Cenozoic cover have been studied in the south of France by BRGM, and more recently by Husson (2013)
The objective is to develop a method to determine the 1) distribution, 2) connectivity and 3) intensity of karstification of the carbonate massifs, including buried karsts. The study area (Languedoc) incorporates the previous (Husson, 2013) study and extends south-westward, i.e. downstream of the watershed. This study area is well suited for developing and validating the method (good data coverage & known geodynamic evolution), which can then be exported, especially in Mediterranean region.
1- Construction of a 3D geological model of this poly-deformed area; the model will include all geological information concerned with the (paleo)karsts and (paleo) base-level indicators. Surface geology, 2D seismic reflexion, exploration borehole data, gravimetry will be compiled and integrated, within the BRGM-Intrepid “Geomodeller”. While building the geomodel, tests of consistency of 2D restoration of random lines (using Schlumberger-Igeoss “Dynel2D”) will provide a validation of the geomodel. Additionnal validation will be secured by gravity inversion of the geomodel and comparison with available measured gravity data.
2- Sequential 3D restoration of the geomodel, at successive times of documented karstification (Messinian, Late Miocene, Early Paleocene, Mid-Cretaceous), using Schlumberger-Igeoss “Dynel3D”. Restoration will provide for each period : the flow-lines within the massifs from upstream topography towards the outlet, whether it is surficial (over impervious formations) or karstic (through carbonate massif) drainage. Karstified and non-karstified (above and below base-level, respectively) carbonate massifs will be delineated within the restored geomodels, for each karstification periods.
3- These paleo-base levels, obtained at the different stages of karstification will be input in the present day geomodel, in order to determine the distribution of karstified portions of the carbonate massifs (located above paleo base-level). The output will be the volume of potentially karstified massifs and the distribution of superimposed karsts, the later being an indication of increased karstification.
4- Gravity inversion of the 3D geomodel (with BRGM-Intrepid “Geomodeller”) provides density distribution. We suggests that lower density values within the carbonate formations, correlate with karstified areas. The gravity inversion results will be analysed (qualitatively & quantitatively) and correlated with the distribution of karstified massifs derived from the previous stage.
5- The findings will be analysed and tested in the light of regional hydrogeological data.
- Exploration of karst reservoirs (water, oil & gas, mining industry)
- Management of karst reservoirs (water supply, hydrothermal resorts, gas storage, geothermy)
- Written by News Manager
Physical Hydrogeologist; Assistant Professor of Geology
West Virginia University invites applications for a tenure-track position at the Assistant Professor level in the Department of Geology & Geography beginning August 2015. We seek applications from individuals with interests in basic and applied aspects of fluid flow in the critical zone and/or deeper regimes. The successful applicant will possess demonstrable expertise in study of subsurface fluid flow and/or transport processes that may be applied to competitively-funded research problems.
1) statement of research interests;
2) statement of teaching philosophy;
3) curriculum vitae; and
4) list of 3 potential references