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Bachelor of Science in Electrical Engineering
More about Embry-Riddle's Electrical Engineering Program
Embry-Riddle's electrical engineering program blends
theory with hands-on application of the principles and practices involved in developing advanced
electronics.
You’ll receive
broad-based exposure to sophisticated electronics systems –
exactly the kind of background sought
by leading aerospace companies.
You'll have multiple opportunities to engage in internships,
which can often lead to employment after graduation.
Our faculty has the highest
academic credentials coupled with years of practical, professional experience.
As an undergraduate, you’ll have direct access to laboratories
and facilities that are second to none, with state-of-the-art
computing and simulation environments.
You'll have the opportunity to work with the operational control, communications,
and power systems that provide key technical and practical
experience demanded
by top electrical engineering companies.
You'll develop the skills
and knowledge that apply not only to careers
in aerospace and avionics, but
also to careers in many other technical industries.
You’ll join other students from Electrical Engineering, Aerospace
and Software Engineering on
a senior team project for which you will conceptualize,
define, and build an aerospace system or subsystem. Projects
like this belong on your resume. This is a simulation for team project
development you'll experience
in your future career.
Two Tracks to Choose From
The Aerospace Systems track concentrates on the special
requirements of modern aircraft. You'll learn how the full spectrum
of different aircraft components operate together as a large and complex system
– and how each aircraft must also operate in harmony with other aircraft, air
traffic management, navigation, and safety systems all at a reasonable cost.
The Telecommunications track- The Telecommunications track
of the Electrical Engineering program provides preparation for students interested
in the all-important communications field. Aerospace applications include
extensive networks for air traffic management, airline operations, and space
communications. Wired and wireless communications systems are covered.
In the senior year, you’ll work as
part of a team with aerospace and software engineering majors to design a
project, device, system or process incorporating engineering standards.
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