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and including a final design project, to accompany and complement
the lecture course ENEE 3583. Three hours of laboratory.
ENEE 3516 Engineering Electronics Lab I
1 cr.
Prerequisite: Concurrent registration in ENEE 3540. Selected experiments
to accompany the lecture course ENEE 3540. This laboratory
must be taken at the same time as ENEE 3540. Three hours of
laboratory.
ENEE 3517 Engineering Electronics Lab II
1 cr.
Prerequisite: Concurrent registration in ENEE 3543. Selected experiments
to accompany the lecture course ENEE 3543. This laboratory
must be taken at the same time as ENEE 3543. Three hours of
laboratory.
ENEE 3518 Electrical Engr Laboratory
1 cr.
Offered each semester and summer session. Prerequisite: credit or
registration in ENEE 3501. A laboratory in basic electronics, instrumentation,
and electric power devices for students not majoring in
electrical engineering. Three hours of laboratory.
ENEE 3521 Electric Machinery
3 cr.
Prerequisite: ENEE 2551. Introduction to the theory of electromechanical
energy conversion with special application to the theory
and operation of electrical machines and machine control
systems.
ENEE 3522 Elec Power Systems
3 cr.
Prerequisite: ENEE 2551. Introduction to industrial and utilities electric
power systems, poly-phase systems, fault conditions, per-unit
values, and the method of symmetrical components.
ENEE 3530 Cont & Discrete Sig Syst Analy
3 cr.
Prerequisite: ENEE 2551 and MATH 2511 and 2221. Fundamental techniques
for the analysis of electrical and electronic signals and
systems are introduced and include: signal representation, Fourier
series, Fourier transform, Laplace transform, discrete Fourier transform,
and the Z-transform. Emphasis will be placed on the application
of the above techniques to engineering problems.
ENEE 3533 Classical Control Sys Design
3 cr.
Prerequisites: ENEE 3530. Design of control systems using classical
frequency response and Laplace transforms techniques; analysis
and design of servo-systems using Nyquist, Bode, and root-locus
diagrams; design criteria, system stability, frequency, and time
response. State variable feedback.
ENEE 3535 Communication System Design
3 cr.
Prerequisites: ENEE 3530 and concurrent registration in ENEE 3574.
Design, characterization, and selection of communication methods
and systems.
ENEE 3540 Engineering Electronics
3 cr.
Prerequisite: ENEE 2551 and concurrent registration in ENEE 3516.
The characteristics of modern solid-state non-linear and active
devices, representative circuit models, and the analysis and design
of typical circuits using these devices. The accompanying laboratory,
ENEE 3516, must be taken with this course.
ENEE 3543 Engineering Electronic Systems
3 cr.
Prerequisite: ENEE 3540 and concurrent registration in ENEE 3517.
Use of solid-state devices as basic system building blocks. Multistage
amplifiers, feedback amplifiers, stability and oscillators, analog
systems, power circuits and systems. The accompanying laboratory,
ENEE 3517, must be taken with this course.
ENEE 3547 Digital Integrated Cir Design
3 cr.
Prerequisites: ENEE 2582, 2586, and 3540. Study of characteristics
of bipolar and CMOS logic gates and design techniques for digital
integrated circuits.
ENEE 3560 Engineering Electromagnetics I
3 cr.
Offered each semester. Prerequisites: MATH 2115, MATH 2221, and
ENEE 2551. Electrostatics and magnetostatics and their applications
to analysis and design in various fields of electrical engineering.
Formulation of Maxwell’s equation for electromagnetic fields in
free space and in material media. The wave equation and planewave
propagation.
ENEE 3561 Engineering Electromagnetic II
3 cr.
Prerequisite: ENEE 3560. Maxwell’s equations for time-varying
electromagnetic fields and their applications; wave propagation
through different media; design of transmission lines and waveguides;
introduction to electromagnetic radiation; and antennas.
ENEE 3572 Prob Meth Signal Sys Analysis
3 cr.
Prerequisites: ENEE 3530. The fundamentals of probability theory
are introduced. Application of probability theory to signal and
system analysis is considered and includes correlation functions,
spectral density, linear system response to random input signals,
and system parameter optimization.
ENEE 3574 Communication Sys Design Lab
1 cr.
Prerequisites: concurrent registration in ENEE 3535. Selected experiments
examining fundamental performance and design concepts
of modulation systems, including a design project. Three hours of
laboratory.
ENEE 3575 Voice Video Telecomm System
3 cr.
Prerequisites: CSCI 1201, MATH 2108, and 2111, or consent of the
department. Fundamental concepts of telecommunication voice
and video systems are presented including telephony and video
fundamentals, standards organizations and regulations, subscriber
loop, trunk and feeder link technology, private branch exchange
and central office techniques, voice digitization methods, modulation
and multiplexing schemes, signal transport methods, and video
compression approaches. Additional topics cover current trends in
telecommunications.
ENEE 3582 Digital Design Using Micros
3 cr.
Prerequisite: ENEE 2582, ENEE 2586, and concurrent registration in
ENEE 3512. The design of microcomputer based systems including
both hardware and software considerations.
ENEE 3583 Computer System Design
3 cr.
(ENEE 3583 and CSCI 4302 are cross-listed) Prerequisites: Credit or
registration in ENEE 3582 and ENEE 3512, or credit in CSCI 3301 and
3401, or consent of department. Concurrent enrollment in ENEE
3514 is required for students in the Computer Engineering Concentration.
The design process of digital computer systems is studied
from the instruction set level, system architecture level, and digital
logic level. Topics include machine organization, register transfer
notation, processor design, memory design, and input/output considerations.
Includes semester project.
ENEE 3587 Microcomputer Interfacing
3 cr.
Prerequisites: ENEE 3582. The design of microcomputer based
systems including both hardware and software considerations.
Includes laboratory work and a semester project. Design projects
with both written and oral reports will be required.
ENEE 3900 Senior Honors Thesis
1-6 cr.
Prerequisites: admission to the Honors Program and consent of the
director of the Honors Program and the chair of the department.
Senior-level research and/or design project in electrical engineering.
Thesis and oral examination required. May be repeated for
credit with total hours no to exceed six.
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