AE4803B or AE4580  

Introduction to Avionics Integration  

Spring 2003

Eric N. Johnson

The electronic systems carried on modern aerospace vehicles (Avionics) are accounting for an increasingly significant proportion of the total air and space vehicle system capability.  As a consequence, many of the most challenging issues associated with the development of new aircraft and spacecraft center around the design and interconnection of complex digital avionics systems.  Current knowledge and skills in these areas is essential for Aerospace Engineers to become a part of an area of rapid progress and opportunities for a stimulating career.  

By the conclusion of this course, you should understand the scope and extent of avionics in modern aerospace vehicle systems, and how they impact vehicle design and performance.  Specific systems will be used as case-studies in lecture and in the homework, including navigational systems, GPS, radar, autoflight systems, alerting/health-monitoring systems, databuses, and flight software.

Syllabus

HW1 , due January 24, 2003

HW2 , due February 5, 2003, Solutions (partial)

HW3 , due February 17, 2003

Midterm , February 28, 2003

HW4 , due March 17, 2003

HW5 , due April 7, 2003

Final Project , April 21, 2003 at 11am

Final Exam, April 28, 2003 from 2:50pm - 5:40pm 

Course Topics

Principles and Characteristics of Navigation Systems, GPS,
and Modern Digital Flight Control Systems

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Principles of Radar Systems
Antenna Considerations
Communication Systems

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Reliability, Redundancy, and Safety-Critical Software

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Human Interaction with Modern Aerospace Systems

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Pre-Requisites

AE 3521 Flight Dynamics
ECE 3710 Circuits and Electronics

Textbook

Kayton and Fried, Avionics Navigation Systems