Example GIS Course Outline from Glenville State College

For more information contact:
Dr. M. H. AKRAM, P.E.
GLENVILLE STATE COLLEGE
305B EBERLE HALL
200 HIGH STREET
GLENVILLE, WV 26351
(304) 462-4135

GIS199
APPLICATIONS OF GEOGRAPHIC INFORMATION SYSTEMS

Course Description

The course covers the applications of geographic information systems technology to practical problems land surveying, forest technology, environmental technology, social sciences, and physical sciences. Prerequisites: GIS 101.
( C/ 3 lect, 0 lab, 0 other)
 

Course Focus

The contents of the course have been designed to provide students an opportunity to work on real world problems. Students will be divided into groups and projects assigned from a variety of disciplines according to their areas of interest.
 

Text and References

The following books will be used as reference. In addition, handouts will be issued for selected topics.

1. Fundamental of Geographic Information Systems, DeMers, M. N. (1997). John Wiley & Sons, Inc.

2. Getting Started with Geographic Information Systems, Clarke, K. C. (1997). Prentice Hall, Upper Saddle River, NJ.

3. Geographic Information Systems and Cartographic Modeling, Tomlin, C. D. (1990). Prentice Hall, Englewood Cliffs, NJ.

4. GIS for Business and Service Planning, Paul Longley and Graham Clarke (1995). Geoinformation International.
 

Course Goals

The following list of course goals will be addressed in the course. These goals are directly related to the performance objectives

1. Understand fundamentals of GIS,

2. Explain the impact of technology on GIS output design,

3. Define the parameters for GIS hard copy output,

4. Understand the importance of map design in GIS operations,

5. Develop application of GIS design for a specific project,

6. Comprehend the use of applying weights to overlays,

7. Analyze the type of errors associated with overlay operations,

8. Understand the problems associated with overlay operations,

9. Understand the difference between CAD-type GIS-type overlay operations,

10. Understand the relationship between manual and automated overlay applications,

11. Analyze regular, random, and clustered data, and

12. Arrange data in different formats.
 

Student Contributions

The course primarily deals with applications of GIS in different disciplines. Topics for each class will be assigned before time and students are expected to come prepared for the class. In addition, the project work will require library research to get additional information about similar projects and to develop a plan of action. If there is any student in this class, who needs test taking or note taking accommodation, please feel free to come and discuss this with me.


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Currently maintained by Violet Gray
Created: February 4, 1998 Last updated: February 4, 1998.
Comments to gray@geog.ucsb.edu