What Are the Courses of a BA Program in Avionic Engineering?

There are a variety of programs offering training in avionics, but few offering avionic engineering. This article lists and discusses typical core courses in a bachelor's degree program in avionics and avionic engineering. Schools offering Engineering & Technology Management degrees can also be found in these popular choices.

Avionic Engineering Courses

The following are some typical avionic engineering core courses and brief descriptions. Basic and intermediate electronic courses will have already been taken prior to these upper-level courses.

Important Facts About a BA Program in Avionics Engineering

Degree LevelBachelor's
Possible CareersAvionics engineer, aerospace engineer, electrical engineer, systems engineer
Continuing EducationGraduates can seek a Professional Engineering (PE) license. The initial Fundamentals of Engineering (FE) exam can be taken immediately after graduation to obtain Engineer-in-Training (EIT) status
Common CoursesAC/DC electronics, pulse microwave systems, gyroscopes and autopilot systems, digital electronics, solid state electronics
Median Pay (2019)$90,569 (Avionics Engineer)
Job Outlook, 2016-266% (As fast as average)

Sources: U.S. Bureau of Labor Statistics and Payscale.com

Avionics

This course provides a general study of the physics of modern avionic systems. Classes with a general title of 'avionics' generally have several semesters. Laboratory classes are often required to be taken concurrently with the theory portion.

Navigation and Communications Systems

This course focuses on the design and operation of many different types of navigation and communications systems. Course topics may include high frequency navigation receivers, AM and FM modulation techniques, glide-slope and marker beacon receivers, modulators and demodulators, automatic gain control, and long-range navigation systems among other topics.

Microwave and Radar System Analysis

This course examines the theory and operation of pulse, microwave, and radar systems. Special emphasis is given to aircraft applications, such as search and weather. Other topics may include modulators, transmitters, receivers, signal processing, timing, and display circuits.

Aerospace Electronic System Integration & Design

Students within this course learn the many different design considerations that go into aerospace electronic systems in current aircraft. Topics may include licensing, package design, manufacturer specifications, standardization of aerospace systems, FAA regulations and certification, vehicle mainframe effects on design, and agencies involved in the design.

Bachelor's Degree overview

Avionics means aviation electronics and is sometimes seen more specifically as aerospace electronics. Avionic engineering is a sub-discipline of electronic engineering. The same components used in other electronics applications are used for avionics.

This is one reason many colleges and universities don't offer a specific avionic engineering degree. Most people interested in avionic engineering obtain a bachelor's degree in electrical or electronic engineering. These degrees are usually sufficient to obtain an entry-level position in avionic engineering. With that said, a few programs offering avionic engineering exist and some electrical engineering programs offer a concentration in avionics or a related field.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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