Monday, June 9, 2008

GIS Forester

GIS Forester
Requires a B.S. in Forestry, Natural Resources, GIS or equivalent; 2 years of related experience applying integrated GIS and resource database management using ESRI GIS applications (ArcMap, ArcCatalog, ArcSDE); experience with aerial photo interpretation, map reading, map production, GPA and/or remotely sensed data; and proficiency in MS Office Suite of applications. Ideal candidate is a self-starter with exceptional planning, problem-solving and organizational skills, and a strong commitment to safety, stewardship, customer satisfaction and teamwork.
Remote Sensing of Precipitation in Mountainous Areas
Please contact GRAS Director Mikael Kamp Sّrensen (mks@gras.ku.dk, +45 35 32 41 75) or Associate Professor Inge Sandholt (is@geo.ku.dk) for further information about the PhD project. More information about HYACINTS can be found at www.hyacints.dk
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JOBS

Three Positions:
GIS Specialist, Numerical Modeler, and Structural Geologist
1- GIS Specialist: Tasks include compilation of hydrocarbon well data (location, depth, formations penetrated, completion status) and available well logs into a GIS database. Interested candidates should send an application to Dr. James Myers at magma@uwyo.edu.

2- Numerical Modeler: Tasks include using Petrel and ECLIPSE software to 1) create three-dimensional earth models using geological characterization and numerical upscaling; 2) conduct simulations to generate prediction envelopes of CO2 migration. Experience in building/simulating numerical models is required. Programming skill is desired. Knowledge in integrating geological/engineering data types is a plus. This particular position is funded for 2 years. Interested candidates should send an application to Dr. Ye Zhang at yzhang9@uwyo.edu

3- Structural Geologist: Tasks include using Petrel and ECLIPSE software to 1) conduct analysis of seismic and well log data to create a three-dimensional subsurface model; 2) generate structure contour maps and fault network model for the sequestration horizons; 3) determine fracture density/orientation within the storage reservoirs and sealing horizons using core, FMI logs, and outcrops. Interested candidates should send an application to Dr. Erin Campbell-Stone at erincs@uwyo.edu.