Course Outline
Theme: The digital-electronic revolution
has produced a wide variety of tools that enable us to
investigate and make decisions on spatial issues in ways that
never were possible in the past. One unifying theme underlying
much of this change is GIS (Geographic Information Science), it
provides a means of inputting, organizing, analyzing,
manipulating, and outputting spatial information for
investigative and decision making purposes; information that is
produced by a variety of technologies. This course will introduce
these technologies as they relate to GIS.
Leaning Outcomes: Students will be aware of the power of GIS as an
important decision making and unifying
tool for allied technologies through hands-on exposure and map making based on:
- Electronic Atlases
- Thematic Mapping Systems
- GIS Map tools
- GIS analysis
- GIS screen digitizing
- GIS projection changes
- Three Dimensional GIS modeling and Shaded Relief Models
- Introduction to Animated Cartography
Objectives: The following topics will be introduced over four days, allowing for both
lecture and hands-on experience per topic. This means that the
instructor will both explain and illustrate each topic and then
students will have a chance in class to experiment with each during the
period. Optional Assignments are then fashioned around each topic.
Topics, lecture and hands-on experience
with:
- Web based electronic atlases, learn about
downloading such data and the strengths and weaknesses of
such technologies
- Web based thematic mapping package(s),
learn to produce outputs and compare these results to
electronic atlases
- Introduction to a GIS database and ArcView GIS
Software for creating
maps with existing spatial data.
- Demonstration of how GIS is able to analyze databases to
answer questions.
- ArcView GIS software to capture data
using screen digitizing and building final maps to
address specific questions.
- ArcView GIS software to understand how
changing projections effects information contained in a
spatial database.
- Three-D analyst and other spatial
extensions of ArcView to understand additional ways to
analyze and present spatial data.
- Amimated Cartography GIS spatial demonstration by
accessing web based sites and examples
Grading is A -- F, for an intensive four day course grading follows an unconventional method.
The grade of B is obtained by students fully attending
the four day course, successfully/satisfactorily
completing all in-class exercises, and receiving a satisfactory grade (B
or above) on the final class quiz. Grades ranging from B+
thru A requires work in excess of merely meeting
in-class requirements by completion of optional
assignments, the grade assigned within this higher range depends on
quality and completeness of work. Grades of B- or
lower are only given to students failing to
successfully complete in-class assignments and/or are
absent from class periods. Grade calculations are as follows 10
points for every in class assignment, 10 points for the final quiz, 3.5 points
for each days class attendance. For every additional assignment 2.5 points
are added to the grade and an additional 1 point can be earned by satisfactorily
completing all additional work.
|
LETTER GRADE RANGE |
|
|
|
|
|
|
|
|
|
|
|
|
A |
A- |
B+ |
B |
B- |
C+ |
C |
C- |
D+ |
D |
D- |
|
|
94 |
90.0 |
86 |
82 |
78 |
74 |
70 |
66.0 |
62 |
58 |
54.0 |
|
|
|
|
|
|
|
|
|
|
|
|
|