ASEN 5090 Introduction to GNSS is a core ASEN course for the Astrodynamics and Satellite Navigation Focus Area. It provides an overview of the principles of operation of satellite navigation systems with primary emphasis on the U.S. Global Positioning System. This course covers the fundamentals of both hardware and algorithms/software aspects of GNSS and is meant for graduate students interested in pursuing further study in GNSS as well as those pursuing specializations in astrodynamics, vehicle systems, remote sensing, communications, and other fields that rely upon GNSS instruments. ASEN 5090 is a prerequisite for the two advanced ASEN courses focusing on GNSS receivers and applications/software which will be offered alternately in the spring semesters.

1. GNSS Basics 2. Measurements and Errors 3. Position Solutions 4. GPS Signals and Receivers 5. Applications

Learn how a GNSS works.

Open to graduate students in Engineering, Physics, Applied Math, Geological Sciences, Geography, and related fields. Advanced undergraduates who are interested in taking the course must get instructor permission. Students are expected to have good problem solving skills, vector and matrix math, linear algebra, computer programming, and the ability to write clearly. You do not need previous electronics experience, but you must have a positive attitude about learning how to use lab equipment and dealing with the inevitable inconveniences of real hardware.

Misra and Enge, Global Positioning System, Signals Measurements, and Performance, 2nd ed., Ganga-Jamuna Press.
This book can be ordered directly from their distributor NavtechGPS.