GEO223 GPS Theory and Design
Provides a conceptual overview and hands-on experience with Global Navigation Satellite System (GNSS) or Global Positioning Systems (GPS). Includes GPS theory, techniques, and field data collection using various GPS technologies. Covers geodesy, differential correction, precision and accuracy, survey controls, triangulation, vertical positions, data conversions, and creating maps from GPS data. Prerequisite/Concurrent: GEO 265. Prerequisites: (WR 115 and RD 115) or IRW 115 and MTH 20 or equivalent placement. Audit available. (See course content and outcomes.)
Credits: 4
| CRN | Class type | Location | Days & time | Dates | Seats available | Faculty | More info |
|---|---|---|---|---|---|---|---|
| 41570 | In-person lecture | Sylvania SS 110 | Tuesday from 1 to 3:50pm | From September 24 through December 10, 2024 | Christina M Friedle | Books for CRN 41570 $0 Class details for CRN 41570 Fees: $24 | |
| and In-person lab | Sylvania SS 110 | Thursday from 1 to 3:50pm | From September 26 through December 12, 2024 |
Class schedule definitions
- Cost:
- cost is based on the number of credits – see tuition and fees
- Books:
- $0 or <$40 means low cost books (doesn't include other supplies like calculators)
- Register:
- use the CRN to register in MyPCC – see how to register
- Class types:
- see more about class types
-
- In-person: classes take place at specific times and locations. Attendance in person is required.
- Online: classes do not have meeting times. Regular online interaction is required and there are weekly assignments.
- Remote: classes take place at specific times online. Students must be logged in during class meeting times.
- In-person and remote: classes meet both in-person and remotely. Attendance at both is required.
- In-person and online: classes meet in-person with additional online activities required.
- Remote and online: classes meet remotely with additional online activities required.