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C OLLEGE OF E NGINEERING
EEE3231
MICROPROCESSORS LAB
Co-requisite: EEE3233. Study and
design of assembly language and
programming, hardware emulation,
clock design and interface,
input/output and memory design
and interface. Design of a turnkey
microcomputer system.
Lab. 2 hrs. 1 hour credit
EEE3233
MICROPROCESSORS
Prerequisite: EEE2213, EEE2114.
Architecture, timing, instruction
set, memory and input/output
techniques for various microprocessors,
design of a microcomputer
system. Lect. 3 hrs.
3 hours credit
EEE3311 ELECTRONICS LAB
Co-requisite: EEE3311.
Experiments on power supplies
voltage regulators, transistor class
A amplifiers, timers, simple operational
circuits, active filters, sample
and hold circuits are performed.
Lab. 2 hrs., Lab fee.
1 hour credit
EEE3314 ELECTRONICS
Prerequisite: EEE3123. Study and
design of passive and active semiconductor
devices, circuits, operational
amplifiers, voltage comparator
circuits and non-linear circuits,
design of power supplies,
voltage regulators, and timers.
Solid state semi-conductor materials
and characteristics will be covered.
Lect. 4 hrs. 4 hours credit
EEE3414
ELECTROMAGNETIC
FIELDS AND WAVES
Prerequisite: PHY2423. Vector
analysis. Electrostatics and magnetostatics
in free space. Fields in
the presence of engineering materials.
Time-varying fields and
Maxwells equations. Plane electromagnetic
waves. Transmission
line theory. Lect. 4 hrs.
4 hours credit
EEE3422 ADVANCED
COMPUTER
APPLICATION LAB
Prerequisites: MCS3413,
EEE3123, Co-requisite: EEE3313.
Computation techniques for electrical
engineering, including
matrix methods and solution of
differential and integral equations.
Application of specialized programs
for solving engineering
problems. Use of computer simulation
techniques. Lect. 1 hr.,
Lab. 2 hrs. 2 hours credit
EEE3511 INTRODUCTION TO
ELECTRICAL SYSTEMS LAB
Co-requisite: EEE3513. Electrical
safety, measurement of single
phase and three phase AC voltages,
currents and power.
Transformers, relays, torque,
power, and rotational speed.
Lab 2 hrs. 1 hour credit
EEE3513 INTRODUCTION
TO ELECTRICAL SYSTEMS
Prerequisite: EEE3123. Phasors,
single phase AC power, three
phase systems, three phase power,
magnetic circuits, relays, transformers.
Fundamentals of rotating
machinery. National Electric
Code, short circuit current calculations,
fuses and circuit breakers.
Lect. 3 hrs. 3 hours credit
EEE4131 ELECTRICAL
MACHINERY LAB
Co-requisite: EEE4133. Electrical
and rotating machine safety,
measurement of current, power,
torque, and efficiency of DC
machines, and synchronous
machines. Determination of
machine model parameters, chopper
control of electric machines.
Lab. 2 hrs. 1 hour credit
EEE4133 ELECTRICAL
MACHINERY
Prerequisite: EEE3513, Co-requisite:
EEE4131. Steady state and
dynamic modeling of DC
machines, induction machines,
and synchronous machines.
Power, torque, loss mechanisms,
efficiency. Power electronic control
of electric machinery.
Lect. 3 hrs. 3 hours credit
U N D E R G R A D U A T E C A T A L O G 2 0 0 5 - 2 0 0 7
EEE4151 ELECTRIC
DRIVES LAB
Co-requisite: EEE4153. Electrical
safety, measurement of current,
power torque, and efficiency of
DC, induction, and synchronous
machines. Determination of model
parameters, chopper control of
DC and AC motors. Lab. 2 hrs.
1 hour credit
EEE4153 ELECTRIC DRIVES
Prerequisite: EEE3513, Co-requisite:
EEE4151. Electronic control,
and both steady-state and dynamic
modeling of DC motors and generators,
induction motors, and
synchronous motors and generators.
Power, torque, loss mechanisms,
and efficiency. Lect. 3 hrs.
3 hours credit
EEE4231
MICROPROCESSORS 2 LAB
Prerequisite: EEE3231, Co-requisite:
EEE4233. Study and design
of hardware aspects of computer
technology, including memory,
interface, and I/O circuitry, interrupt
and exception protocols. The
lab will include a major student
project incorporating the principles
studies in EEE4233.
Lab. 2 hrs. 1 hour credit
EEE4233
MICROPROCESSORS 2
Prerequisite: EEE3233, Co-requisite:
EEE4231. A continuation of
Microprocessors 1, emphasizing
the hardware aspects of computer
technology. Specific architectures
studied include advanced Intel
and Motorola processors, and various
memory and I/O devices
and strategies. Lect. 3 hrs.
3 hours credit
EEE4241 EMBEDDED
SYSTEMS LAB
Co-requisite: EEE4243. Program
development using a microcontroller
evaluation module board
(EVB); design of experiments
using an EVB development tool;
various I/O interfacing design
examples. Term design project.
Lab 2 hrs. 1 hour credit
EEE4243 EMBEDDED
SYSTEMS
Prerequisite: EEE3233.
Utilization of microcontrollers in
design of instruments and embedded
controllers. Description of onchip
resources, programming
framework, parallel I/O, main
timer and real-time interrupt,
pulse accumulator, A/D converter
and serial communication subsystems.
Interfacing techniques.
Lect. 3 hrs. 3 hours credit
EEE4253 COMPUTER
ARCHITECTURE I
Prerequisite: EEE3233. Analysis
of state machines. CPU design
with consideration for data flow,
I/O, and ALU. Basic computer
architecture classifications.
Memory systems including memory
cache and virtual memory
design. Pipeline design techniques.
RISC and CISC computer
architectures. Selected 8, 16, 32,
and 64 bit microprocessor chips.
Lect. 3 hrs. 3 hours credit
EEE4261 COMPUTER
NETWORKING
LABORATORY
Co-requisite: EEE4263. Local
asynchronous communication;
extending LANs-modems,
repeaters, bridges, switches; packer
switches; service paradigms;
protocols and layering; binding
protocol addresses; networking
management software; network
security, filtering, firewalls.
Lab. 2 hrs. 1 hour credit
EEE4263 COMPUTER
NETWORKING
Prerequisites: EEE2114,
EEE3223. Local asynchronous
communication; extending LANsmodems,
repeaters, bridges;
switches; packet switches; service
paradigms; protocols and layering;
binding protocol address; network
management software; network
security-filtering and firewalls.
Course contains lecture and laboratory
sections. Lect. 3 hrs.
3 hours credit
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