GEOG 101 : Introduction to Geospatial Science & GIS

Transcript title

Intro Geospatial Science GIS



Grade mode

Standard letter grades

Contact hours total


Lecture hours


Lab hours



Introduces science underlying geospatial technologies including geographic information systems, global positioning systems, satellite and unmanned aerial systems imagery, and cartography. Introduces how geospatial technology can be used with the scientific method to investigate questions in a broad range of fields including the sciences, social sciences, and humanities.

Learning outcomes

1. Explain how the curved earth can be represented on a flat map.
2. Describe how the sun's energy reflected from the earth can be mapped and analyzed using sensors mounted on satellites or aerial platforms such as unmanned aerial systems.
3. Correlate spatial patterns in the natural sciences, social sciences, and humanities.

Content outline

1. Introduction: our geospatial world
2. Finding ourselves: global positioning systems (GPS)
3. Charting where we are: datums, projections, and coordinate systems
4. Meshing our data: georeferencing
5. Getting our data into a system: geographic information systems (GIS)
6. Sensing our world from the sky: satellites and unmanned aerial systems (UAS) – Part 1
7. Analyzing our world from the sky: satellites and UAS – Part 2
8. Mapping our ups and downs: digital landforms
9. Communicating our ideas: cartography
10. Visualizing our world: 3-D map displays

Required materials

This course will require a textbook.

Grading methods

Grades may be determined using quizzes, class exercises, labs, and exams.

General education/Related instruction lists

  • Science Lab

Outside of

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