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Map Title: |
GIS Introduction – ESRI ArcGIS 9.0 |
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Name(s) of Author(s): |
Janel A. Bisacquino |
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Organization: |
Burlington County Department of Information Technology, GIS Section |
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Email Address: |
jbisacquino@co.burlington.nj.us |
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Telephone Number: |
609-265-5968 |
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Software Used to Make
Map: |
ArcGIS, Adobe Acrobat, Microsoft Paint and Powerpoint |
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Platform on Which Software Was
Used: |
Windows XP |
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Plotter Used to Print
Map: |
Hewlett Packard DesignJet 1055, Ricoh Aficio 6513 Color Laser Copier |
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Data Sources: |
Burlington County basemap data layers,
NJDEP and DVRPC Orthophotography, Microsoft Clipart, ESRI Educational Services and
ArcGIS Desktop Help, Monmouth County Office of GIS Training Manual |
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Map Description: |
This is an excerpt from Burlington
County’s new GIS training manual. The training has been designed for Burlington County employees
who would benefit from using GIS to expedite their projects and everyday activities but have no
prior experience with spatial analysis software and varying degrees of computer literacy.
The dual challenges were to find a way to keep people with diverse interests engaged with
the more esoteric concepts that are the foundation of geospatial analysis and not overwhelmed
them with the technical intricacies of the ArcGIS programs. The training therefore was planned
around the use of live County data sets and real situations that are encountered by our more
sensational departments such as Emergency Management and the Prosecutor’s Office. Live datasets
present a particular danger when working with inexperienced users, so all modification operations
were excluded from this introductory material.
Furthermore, the course work was set up to keep both the minds and bodies of participants busy.
After a quick demonstration of how GIS is currently being employed in Burlington County,
computer-based tasks introduce the class to the 4 major procedures involved in GIS and they
walked through typical workflows involved in accomplishing them. Along the way, ArcGIS-specific
routines are learned and complex methodologies like associating tables and logical selection
expressions (illustrated here) are discussed. The conceptual and technical aspects are married
with the procedures thus keeping students focused on the geospatial processes and the software
virtually disappears.
The training manual was created as a PowerPoint slide presentation for in-class instruction and
retasked as a printed user reference guide, instructor’s notes, a self-paced web refresher course
and, of course, this poster. The entire production was illustrated with simple print screen key
captures manipulated in Microsoft’s Paint accessory and clipart images.
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