The Electronic Engineering Technology program is designed to prepare students for interesting and challenging positions in the diverse field of electronics. The curriculum provides a strong foundation in electronics to support future changes in technology or the career roles of the individual.
The graduate may find employment on engineering teams in product design and development, in production and automation, in instrumentation and communications, or in technical sales and operations. The curriculum is based on engineering theory but emphasis is placed on application, and implementation skills. The Electronic Engineering Technology curriculum includes the University General Studies, the Engineering Technology Core and courses in the Electronics Engineering Technology.
About the Curriculum
General Education Requirements
46 Credit Hours
Area I Effective Communication
6 Credit Hours
ENGL 121 English Composition (GEEC)
CTAS 124 Fundamentals of Speech (GEEC)
ET 100 Intro. To Eng. Tech.
CADM 122 Engineering Graphics I
MATH 121 Calculus II
MATH 122 Linear Algebra
PHY 224 Electricity and Light
COSC 246 Programming in C++
MET 312 Applied Dynamics Principles
QUAL 320 Industrial Quality Control
SET 350 Writing Intensive Course
CET 427 Programmable Logic Controller
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EET Concentration
45 Credit Hours
ELEC 200 Circuit Analysis I
ELEC 210 Circuit Analysis II
ELEC 214 Digital Circuit Analysis I
ELEC 215 Computer Aided Electronics
ELEC 218 Motors and Controls
ELEC 300 Analog Circuit Analysis I
ELEC 310 Analog Circuit Analysis II
ELEC 314 Digital Circuit Analyses II
ELEC 320 Microcomputer Circuits
ELEC 326 Transform Circuit Analysis with Calculus
ELEC 415 Communication Circuits
ELEC 420 Advanced Microprocessors
ELEC 479 Special Topics I: Control Systems
ELEC 479 Senior Design Project
ELEC 479 Special Topics II:
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Program Total
124 Credit Hours
Note: Each student must choose a writing intensive course as part of major completion requirements. Consult your adviser for course options.