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Technical Skills
<br />► Programming: Visual Basic.
<br />NET, VBA, Visual C++, Visual
<br />C#.NET, AML, PASCAL
<br />► Databases: MS Access, MS
<br />SQL Server 2005, ArcSDE
<br />► Drafting: AutoCAD
<br />► GIS: ArcGIS - Arclnfo,Arclnfo
<br />Workstation, Mapinfo, ArcIMS,
<br />ArcGIS Server, ArcPAD
<br />► Remote Sensing: ERDAS
<br />Imagine Professional
<br />► Photogrammetry: Leica
<br />Photogrammetry Suite 2010
<br />► Xray Diffraction: JADE, GSAS,
<br />RIQAS
<br />Regardless of the size or
<br />difficulty of the task at
<br />hand, Jeff maintains a
<br />calm, steady approach and
<br />gets the work done.
<br />• Environmental Database Management. Developed
<br />environmental data processing programs and database reporting
<br />systems in Microsoft SQL Server and Geodatabases. Built a
<br />centralized SQL Server database for storage, analysis, and generation
<br />of hydrologic and groundwater quality data for two sites in
<br />Minnesota and three sites in Iowa. Also built numerous web -based
<br />analytical reports in Microsoft SQL Reporting Services.
<br />• Geospatial Database Management. Designed numerous
<br />centralized geospatial databases in Microsoft SQL Server for multi-
<br />user versioned editing and replication operations.
<br />• Remote Sensing. Works with supervised and unsupervised
<br />classifications of satellite -based data, general spectral information
<br />class clustering, and ground reference point driven clustering.
<br />Conducts change -detection analyses of satellite data. The use of
<br />both modern and historical aerial photos commonly assists project
<br />analysis by providing rapid and efficient site locations, physical
<br />conditions, and the presence or absence of features such as buildings
<br />and wetlands. Satellite -based data can provide very cost-effective
<br />classifications of land cover types such as wetlands, uplands, urban,
<br />and impervious surfaces over vast (state -sized) areas. Additionally,
<br />satellite -based data can provide from/to classification change
<br />detection analysis during a given time span.
<br />• Photogrammetry, aerial triangualtion, terrain model generation,
<br />orthorectification, flight mission planning, feature extraction,
<br />and ground control planning. Experience includes:
<br />► Tulsa International Airport, Tulsa Oklahoma, Airport Airspace
<br />Analysis Survey (2009-2010) Tasks include development of
<br />plans for 17B and 18B, Aerial photography mission planning,
<br />Aerial Triangulation, orthorectification, feature extraction, and
<br />final 18B GIS submittal.
<br />► Orlando Sanford International Airport, Sanford Florida, Airport
<br />Airspace Analysis Survey (2009-2010) — Tasks include
<br />development of plans for 17B and 18B, Aerial photography
<br />mission planning, Aerial Triangulation, orthorectification, feature
<br />extraction, and final 18B GIS submittal.
<br />► Panama City - Bay County International Airport, Panama
<br />City, Florida, Airport Airspace Analysis Survey (2009-
<br />2010) Tasks include development of plans for 17B and 18B,
<br />Aerial photography mission planning, Aerial Triangulation,
<br />orthorectification, feature extraction, and final 18B GIS submittal.
<br />Recycling Drop -Off Center Analysis & Plan Development
<br />City of Ramsey, MN —October 2012
<br />Foth
<br />1-15
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