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Course Criteria
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3.00 Credits
Covers the basic concepts of spatial statistics and the tools available in the core of ArcGIS software. The course content covers differences between a-spatial and spatial statistics, and explains specific methods that use distance, space, and spatial relationship. Also, explains ways of measuring spatial processes, spatial distributions of features, and means to determine if any data has any spatial patterns (random, clustered or dispersed) using the ArcGIS spatial statistics tools to assist decision- makers in visualizing results and understanding the concepts of data relationships and make decisions with a higher level of confidence. PREREQUISITE: GIS 120 or 121 or instructor's permission.
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12.00 Credits
Offers students an opportunity to work full or part-time in jobs directly related to their programs and interests. Students may receive a salary or volunteer. PREREQUISITE: Concurrent enrollment in COOP 171 and instructor's permission.
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12.00 Credits
Offers students an opportunity to work full or part-time in jobs directly related to their programs and interests. Students may receive a salary or volunteer. PREREQUISITE: Concurrent enrollment in COOP 171 and instructor's permission.
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12.00 Credits
Offers students an opportunity to work full or part-time in jobs directly related to their programs and interests. Students may receive a salary or volunteer. PREREQUISITE: Concurrent enrollment in COOP 171 and instructor's permission.
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5.00 Credits
Permits students to pursue a special GIS topic, under the guidance of an instructor. Possible topics include applying various GIS course operations to specific regional databases, analyzing the data, making inferences, and producing mapped data; collecting local or regional data, analyzing the data and producing conclusions; doing a library and computer search of published materials on a specific topic and designing a database system to incorporate that data and expand the area of research. PREREQUISITE: Instructor's permission.
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5.00 Credits
Introduces students to GIS principles and theory, including vector and raster data models and analysis, coordinate systems, geometric transformation, spatial data editing, data exploration, terrain mapping and analysis, view shed and watershed analysis, and Geocoding and Dynamic Segmentation. This course provides concepts and practice of GIS. Students will identify a spatial problem, then design and implement an analysis project to address the problem. Emphasizes effective communication through the use of Georeferenced datasets and finished maps. PREREQUISITE: GIS 121.
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5.00 Credits
Covers several ArcGIS modules within ArcGIS software programs which add analytical and display capabilities to ArcGIS. Students will learn to use Network Analyst, 3D Analyst, Spatial Analyst using Model builder, and ArcScan. Students will also learn how to publish data using ArcReader and Publisher modules. PREREQUISITE: GIS 121, 202, or instructor's permission.
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5.00 Credits
An overview of the structure and capabilities of the basic principles and methods for designing and building geodatabases. Students will explore the basic principles of database design using the relational database model as a central focus. Students will also learn how to build topology and how to edit feature classes that participate in a topology to maintain data feature spatial integrity. Students will use ArcMap toology tools to construct geodatabases which include behavioral topology rules for spatial features. Students will also produce a comprehensive spatial database supporting a research project in natural resources, conservation, urban planning, or other relevant research interests. PREREQUISITE: Concurrent enrollment in GIS 121 or instructor's permission.
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5.00 Credits
Introduces three GIS programming approaches: ArcInfo command line GIS programming language Arc Marco Language (AML); ArcObject; and Python language. Students learn to apply principles of object oriented programming to GIS application. Focuses on course content of interest to students who are interested in software development. Students learn to write script to add functions to ArcGIS along with tools/buttons to call these functions and learn to write and debug scripts for ArcGIS. PREREQUISITE: GIS 121 or instructor's permission.
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5.00 Credits
Provides general introduction to the principles and techniques of GIS cartography. Reviews fundamental mapping concepts of map design using GIS technology. Students will apply concepts of map scale, projection, and coordinate systems. Also coversprinciples of thematic map design for different purposes and audiences. Students will learn new ArcGIS cartography tools and modules, including Maplex, to aid in understanding principles of thematic map design for different purposes and audiences. Students will get hands-on experience using ArcGIS symbols labeling, and annotation to make maps and to export maps into different formats. PREREQUISITE: GIS 121, or instructor's permission.
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