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Special
Topics
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Code:
ECEGR.4800
Description:
Special topics, new developments in Electrical Engineering.
Subject matter, special prerequisites, and credit hours to
be announced in advance of each offering. May be repeated
with different subject matter to a maximum of 6 s.h. Prereq.:
Senior standing in Electrical and Computer Engineering.
Prerequisite:
Senior Standing in Electrircal and Computer
Engineering.
Credit:
1-3 Semester hours.
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Linear
Control Systems
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Code:
ECEGR.4803
Description:
Laplace transform techniques and system modeling.
System responses and performance measures. Root locus analysis
and design. Frequency response methods: Bode plots, Nyquist
criterion, stability margins. Digital control systems: z-transform
methods, design using discrete equivalents. Computer-aided
control system design.
Prerequisite:
ECEGR.2633
Credit:
3 Semester hours.
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Senior
Laboratory
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Code:
ECEGR.4811L
Description:
Laboratory experiments and computer exercises
in the areas of applied electromagnetics, energy conversion,
and control systems. Designed to accompany the co-requisite
courses.
Prerequisite:
ECEGR.3712
Prerequisite or Concurrent:
ECEGR.4803 and ECEGR.4844.
Credit:
1 Semester hour.
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Advanced
Digital and Microprocessor Design with Applications
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Code:
ECEGR.4824
Description:
Digital designs and applications based upon different microprocessors
and microcomputers. Microprocessor development systems. Two
hours lecture, three hours laboratory per week.
Prerequisite:
ECEGR.3732 and ECEGR.3712.
Credit:
3 Semester hours.
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Electromagnetic
Energy Conversion
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Code:
ECEGR.4844
Description:
An examination of lumped electromagnetic parameters
with development of theoretical, experimental, and design
parameters for electrical energy conversion devices such as
transformers, motors, and generators. Typical and special
applications.
Prerequisite:
MECH.2641, ECEGR.3741 and 21 S.H. of ECEGR courses.
Credit:
3 Semester hours.
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Modern
Control System Design
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Code:
ECEGR.4881
Description:
State variable techniques for continuous-time and
discrete-time systems. Introduction to system identification.
Pole placement using state-variable feedback. Design of state
observers. Digital computer implementation of controllers.
Three hours lecture, three hours laboratory per week.
Prerequisite:
ECEGR.4803.
Credit:
4 Semester hours.
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Senior
Design Project
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Code:
ECEGR.4889
Description:
An electrical/computer engineering design problem is
chosen or assigned; students work in teams. Proposals are
presented which describe the design problem and approaches
to it. The final design is presented in written and oral forms.
This capstone course is intended to mimic a typical industrial
or research project and includes ethical and economical considerations
with the engineering work. Three hour lecture/discussion,
three hours of laboratory per week.
Prerequisite:
ECEGR.4811 and 27 S.H. of ECEGR courses.
Credit:
4 Semester hours.
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