Certificate Courses (18 credit hrs.)

• GISC 2011\L                    Introduction to GIS

• GISC 3011K                    Cartography and Earth Measurement

• GISC 4011K                    Data Acquisition and Conversion in GIS

• GISC 4350K                    Remote Sensing

• GISC 4470K                    Spatial Analysis in GIS

• GISC 4903\4963\4983     Special Topics\Service Learning\Internship

Additional GISC Courses - The following courses are part of the B.S. degree in AESA, but are not required for the certificate.

• GISC 4360K                    Digital Image Processing

• GISC 4500K                    Application Development In GIS

*Click HERE to link to the Certificate page for course sequence and requirements.

Geographic Information Science (GISC 2011\L) (Top)

     An introduction to the principles and applications of Geographic Information Systems.  Examines the accuracy and applications of geographic information including spatial analysis, data management, data visualization, and data retrieval.  Emphasis is placed on the interdisciplinary nature of GIS and its relevance to society.  The course involves hands-on computer exercises.  Little or no computer experience is needed.  One lab period per week.  This course is a prerequisite for all other GIS courses.

Cartography and Earth Measurement (GISC 3011K) (Top)

     An introduction to the fundamentals of cartography and earth mapping.  Topics covered include coordinate systems, map projections, map interpretation, thematic map design, and cartographic theory.

Data Acquisition and Conversion in GIS (GISC 4011K) (Top)

     An introduction to data collection techniques for use in a Geographic Information System.  Topics include field data collection, correction and visualization using a compass, range finder, survey transit, the Global Positioning System (GPS) and desktop GIS.  Evaluation, acquisition, manipulation, and implementation of existing data sources are presented.

Remote Sensing (GISC 4350K) (Top)

     Fundamental properties of the electromagnetic spectrum and remote sensing devices.  Emphasis is placed on the use of remotely sensed data to evaluate land use and land change for urban and environmental GIS applications.

Digital Image Processing (GISC4360K)

     This applied course introduces modern techniques in digital image processing, including the enhancement and quantification of remotely sensed imagery. Emphasis is placed upon the processing of data gathered by airborne and satellite sensors, with applications in geology, forestry, water quality, and land use management. Exercises will be based on watershed scale environmental assessments in the North Georgia region. This course is an approved component of the Certificate in Geographic Information Science and the B.S. degree in Applied Environmental Spatial Analysis. Prerequisites: GISC 4350K; recommend STAT 2400.

Spatial Analysis in GIS (GISC 4470K) (Top)

     This course is an introduction to more complex spatial operations in GIS.  Emphasis is placed on geographic data analysis, including data sampling, manipulation, presentation, interpretation, and statistical description.  One lab period per week in which computer exercises are used to integrate statistical methods with Geographic Information Systems.

Application Development in GIS (GISC4500K)

Application Development in GIS is currently pending approval by the Gainesville State College Academic Affairs Committee and Gainesville College faculty. This course will focus on customization of the GIS user interface and provide an introduction to the programming and geoprocessing environment in ArcGIS.  Participants will be introduced to ArcObjects, Visual Basic, and Python. Pre-requisites: GISC2011, GISC2201, MATH1111. Previous programming coursework preferred but not required.

Special Topics in GIS (GISC 4901, 4902, 4903) (Top)

     Special interest courses which may not be transferable are offered in response to student interest and demand.  This is an applied course that addresses special topics in Geographic Information Systems (GIS) technology.  The course concentrates on a specific GIS project relevent to the student's major.  Issues covered include project planning, management, and evaluation.  Course proceeds by arrangement with instructor.  A written proposal for the study filed with the supervising instructor is required.  Prerequisite: GISC 2011.

GIS Service Learning (GISC 4961, 4962, 4963) (Top)

     An applied course that addresses special topics in Geographic Information Systems (GIS) technology.  The  course consists of real-world project design and implementation through service-learning partnerships with local government and industry.  Students are required to work as a team with other students and with members of the community.

GIS Internship (GISC 4981, 4982, 4983) (Top)

     A work-study program where students work part-time to full-time with a community partner.  A committee representing both partners will evaluate student's performance.