[4 hours] Basic electricity, direct current circuit analysis and electrical theorems. Introduction to capacitor and inductor DC and AC circuits. Corequisite: MATH 1340
EET - 1020 REACTIVE CIRCUITS
[4 hours] Transient circuit analysis of RL and RC circuits, AC
analysis of LRC circuits,
three-phase analysis, use of oscilloscope, frequency response of AC
circuits. Prerequisite: EET 1010
EET - 1410 ELECTRICAL DRAFTING
[3 hours] Graphical representation of data, electrical and electronic
symbols, industry standards
and codes, and different types of schematics and electrical drawing.
Course work performed on
personal computers using CAD software. Corequisite: ENGT 1050
EET - 2010 ELECTRONIC PRINCIPLES
[4 hours] Semiconductor devices and applications with emphasis on
power supplies and amplifiers.
AC/DC analysis of small-signal amplifiers using both bipolar junction and
field effect transistors
in various biasing configurations. Prerequisite: EET 1010 Corequisite:
EET 1020
EET - 2020 LINEAR CIRCUITS
[4 hours] Fundamentals of linear devices including frequency response,
spectrum analysis, and
feedback methods. Special attention is given to operational amplifiers and
their uses, along with
active filters and voltage regulators. Prerequisite: EET 2010
Corequisite: MATH 2450
EET - 2210 DIGITAL LOGIC DESIGN
[4 hours] Fundamentals of digital logic design and analysis.
Combinational and sequential logic
circuits, logic gates, memory elements, logic families, and integrated
circuit technology are covered.
Prerequisite: EET 1010
EET - 2230 MICROPROCESSOR SYSTEMS
[4 hours] The study of current microprocessor architecture and
organization. Machine and
assembly language, programming, circuit, and systems application are
presented. Prerequisite: EET 2210;
ENGT 1050
EET - 2410 INDUSTRIAL CONTROLS & INSTRUMENTATION
[4 hours] A study of programmable logic controllers emphasizing
program development, logic
development, and troubleshooting. Other factory floor concepts including
motor control, instrument
calibration, print reading, and sensors are discussed. Prerequisite: ENGT
1050; EET 2210
EET - 2420 ELECTRONIC PROTOTYPES
[2 hours] Provides an opportunity for the student to apply integrated
knowledge gained through
the program in developing and constructing a working prototype. Team work,
professionalism, and
presentation skills are stressed. Prerequisite: EET 2020
EET - 2980 SPECIAL TOPICS
[1 - 4 hours] Student performs work on a specialized project of an
advanced nature under the
supervision of an Electrical Engineering Technology faculty member.
EET - 3150 UNIX, C AND THE INTERNET
[3 hours] In this course students learn how to program in the C
language using UNIX Workstations in
a networked environment. Internet concepts, including multimedia
technology, will also be covered.
Prerequisite: Associate degree in Engineering Technology
EET - 3250 NETWORK ANALYSIS
[4 hours] This course consists of analyses of waveforms, first order
time domain circuits, RLC
circuit analyses using Laplace transforms, transfer functions, Bode plots,
Fourier series and transforms, and
an introduction to discrete-time systems. Prerequisite: ENGT 3020; EET
1010; EET 1020
EET - 3350 ADVANCED DIGITAL CIRCUITS
[5 hours] This course consists of the design, analysis and
applications of combinational and
sequential circuits. The emphasis is on top-down design using commercially
available CAD tools.
Prerequisite: EET 3150; EET 2210
EET - 4150 ADVANCED ELECTRONICS
[5 hours] This course emphasizes the design and analysis of transistor
and integrated circuits
using computer-aided engineering techniques. Prerequisite: EET 3250; EET 2020
EET - 4250 ADVANCED MICROPROCESSORS
[4 hours] This course involves the design of microprocessor systems
and peripheral interfacing,
including architecture, system buses, CPU interface design, interrupts,
DMA, memory management, serial
I/O and display and keyboard interfacing. Prerequisite: EET 3350
EET - 4350 ELECTRIC POWER SYSTEMS
[4 hours] This course constitutes a study of AC-DC machines, including
transformers, power
transmission, and the regulations governing them as specified by industry
and the National Electrical Code.
Prerequisite: EET 1010; EET 1020
EET - 4450 AUTOMATIC CONTROL SYSTEMS
[4 hours] This course is an introduction to industrial controls,
including the PID control of
closed-loop servo and process systems, with emphasis placed on the
electronic circuits of the closed-loop
sub-systems. Prerequisite: EET 4150
EET - 4550 ADVANCED PROGRAMMABLE LOGIC CONTROLLERS
[4 hours] Advanced topics of PLC's including servo control,
application of PID loop to
processes, networking of PLC's and use of supervisory software to control
and report networked system.
Prerequisite: EET 3250; EET 2410
EET - 4650 FIELD PROGRAMMABLE LOGIC DEVICES
[4 hours] This course covers the implementation of digital circuits
using Field Programmable
Logic Devices, with emphasis on Field Programmable Gate Arrays. Students
learn to download their
designs on Xilinx FPGA's using schematic capture and VHDL code.
Prerequisite: EET 3350
EET - 4750 COMPUTER NETWORKS AND DATA COMMUNICATIONS
[3 hours] This course represents the study of computer network
architectures, including Arpanet,
Decnet and Ethernet. Network protocols, Local and Wide Area Networks,
internetwork communications,
and analog and digital data transmission are covered.
Prerequisite: EET 4250