What It Means:
It may be hard to imagine today, but at the beginning of the 20th century, the Wright Brothers were just getting their "flying
machine" off the ground, the telephone was still a novelty, and the first crude computer was still thirty years from
invention. As we begin the 21st century, the rapid transmission of data has become indispensable to many consumers and
businesses, which consider innovations such as communications satellites, wireless phones and computer networks staples of
everyday life.
One example of this is the increasing use of broadband applications and service among consumers. According to the June 2002
edition of Communications Engineering and Design magazine, the estimated need for residential broadband access will jump 42
percent from 2002 to 2003, from 11 million users to more than 15.7 million. Demand for these modern communication devices has
created a need for skilled employees who can help design, develop, install, test and maintain them.
What It Means To You:
According to the Bureau of Labor Statistics, eight of the ten fastest growing occupations from 2000 - 2010 will be in fields
of technology. The Electronics and Communications Engineering Technology program of study at ITT Technical Institute
emphasizes technical skills that can be used to help design, develop, install, test and maintain communications systems.
Graduates of this program may begin to pursue career opportunities in a variety of entry-level positions, such as electronics
engineering technologist, electronics engineering assistant, engineering sales/service representative, computer systems
technologist, technical consultant, telecommunications technician, communication systems installer, field service
representative, engineering technician or research technician. Among the types of work environments that may use the services
of graduates with these skills include, among others, data and telecommunications service providers, TV and satellite services
organizations, computer network sales and services organizations, electronic systems R&D facilities and entertainment
industries.
What Are Some of the Technical Courses in the Program:
C Programming in Linux
Advanced Circuit Analysis
Digital Communication Systems
Electronic Circuit Design
Communications Cabling
Data and Network Communications
Modern Wireless Communications
Advanced Topics in Technical Mathematics
Technical Calculus
What Equipment Will Students Have an Opportunity to Use:
Multimeters
Oscilloscopes
Power Supplies
Signal Generators
Spectrum Analyzers
Cabling Tools and Test Instruments
Circuit and System Simulation Software
Admission:
Please consult the school catalog for an explanation of the admission requirements for this program. Please contact the local
campus regarding the opportunity to transfer credits earned at other postsecondary institutions to satisfy course requirements
for this program.
This program is available at the following campuses. Please select a campus to learn more about this program.
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