1.  To become familiar with the components of the GPS system.
2.  To learn about the GPS signals and signal processing.
3.  To study GPS receiver architecture and equipment operation.
4.  To study the sources of error in GPS data and how to manage and minimize GPS
    error sources.
5.  To learn about the principles of post-processed and real time differential
    corrections.
6.  To learn about geodetic datums and transformation of GPS data to appropriate
    coordinate systems.
7.  To learn the field procedures and data analysis techniques to properly use 2-5 m
    and submeter accuracy GPS receivers for GIS applications, including point, line,
    and area techniques.
8.  To become familiar with the field techniques and practices required for cm level
    survey grade GPS receivers, including static and rapid static, stop-and-go, and
    kinematic.

A.  Introduction to GPS
 B.  The Ground, Space, and User Segments of GPS
 C.  GPS Error Sources and Minimizing Error
 D.  Differential GPS - Post Processed and Real Time
 E.  Receiver Architecture and Selection
 F.  Reference Datums and Data Conversion
 G.  Mission Planning and Field Procedures
 H.  Integrating GPS into Engineering Applications and GIS