|
ELEN-200 |
Electric
Circuit Analysis I |
Credit
3(3-0) |
This course covers circuit analysis using
Kirchhoff’s Laws, Loop and Nodal Analysis, Thevenins, and Nortons Theorems,
etc., for resistive circuits with DC sources. The transient behaviour of first
order (RC, RL) circuits will also be covered. Co-requisite: Math 431.
|
ELEN-201 |
Sophomore Colloquium I |
Credit
0(1-0) |
This course provides the students with exposure to current issues in Electrical Engineering.
|
ELEN-202 |
Sophomore Colloquium II |
Credit
0(1-0) |
This course provides the students with exposure to current issues in Electrical Engineering.
|
ELEN-300 |
Electric
Circuit Analysis II |
Credit
3(3-0) |
This
course is a continuation of ELEN-200. It covers sinusoidal steady state
solutions to linear circuits in the time and frequency domain. Laplace
transforms, transfer functions, Fourier series, Bode plots, passive and active
filters, transformers, two-port circuits, and polyphase circuits will also be
covered. Prerequisite: ELEN-200.
Co-requisite: MATH-231.
|
ELEN-301 |
Junior Colloquium I |
Credit
0(1-0) |
This course provides the students with exposure to current issues in Electrical Engineering.
|
ELEN-302 |
Junior Colloquium II |
Credit
0(1-0) |
This course provides the students with exposure to current issues in Electrical Engineering
|
ELEN-306 |
Circuits
and Systems Laboratory |
Credit
2(1-3) |
This
course covers the proper use of laboratory instrumentation, principles of
measurements, experimental verification of transient and steady state response,
frequency response, and resonance of systems with linear passive elements.
Computer simulation and theoretical analysis of networks are compared with
laboratory experimental results using actual circuits. Co-requisite:
ELEN-300.
|
ELEN-320 |
Electronics
I |
Credit
3(3-0) |
A
study of active electronic devices with emphasis on terminal behavior. Physical
electronics, linear and nonlinear modeling.
Prerequisite: ELEN-200.
|
ELEN-325 |
Introduction
to Electromagnetics |
Credit
3(3-0) |
A study of electromagnetic concepts and
effects using vector analysis. Prerequisite:
ELEN-300.
|
ELEN-327 |
Digital
Logic |
Credit
3(3-0) |
Study of Boolean algebra; techniques for design and optimization of combinational logic, sequential logic design, flipflops, counters, registers and arithmetic concepts necessary to understand computer logic. Prerequisite: ELEN-200.
|
ELEN-328 |
Digital Logic Laboratory |
Credit
1(0-3) |
This
course deals with circuits design and implementation of combinational logic,
sequential logic, flip-flops, counters, registers and arithmetic units.
Co-requisite:
ELEN-327
|
ELEN-400 |
Linear
Systems and Signals |
Credit
3(3-0) |
This
course is a continuation of ELEN 300 that covers the time-domain and Fourier
analysis of discrete-time signal and discrete-time systems, state-space
analysis, frequency response, digital filter design and introduction to discrete
signal processing techniques.
Prerequisite: ELEN-300.
|
ELEN-410 |
Linear
Control Systems |
Credit
3(3-0) |
Introduction to control theory course that includes: control system modeling and representation, features of feedback control system, state space representation, time domain analysis, root locus, and design compensation. Prerequisite: ELEN-400.
|
ELEN-427 |
Introduction
to Microprocessors |
Credit
3(3-0) |
An
introduction to microprocessor hardware and software design, assembly language
and machine language programming, and microprocessor interfacing and
applications. Prerequisite:
ELEN-327.
|
ELEN-430 |
Power
Systems, Energy Conversion and Electrical Machinery |
Credit
3(3-0) |
Study
of the electric power system as an interconnection of energy conversion and
transmission devices; electric machinery; energy and power; operation of a power
system. Prerequisite:
ELEN-300 and ELEN-325.
|
ELEN-433 |
Microprocessors
Laboratory |
Credit
1(0-3) |
Practical experience with hardware and software, assembly language and machine language programming, microprocessor interfacing in system designs, and applications. Prerequisite: ELEN-327, Co-requisite: ELEN-427.
|
ELEN-436 |
Power
Systems, Energy Conversion and Electrical Machinery Lab |
Credit
1(0-3) |
A
study of power circuits and a study of the behavior of motors and generators by
laboratory experimentation. Prerequisite:
ELEN-306; Co-requisite: ELEN-430.
|
ELEN-440 |
Electrical
Circuits and Systems |
Credit
3(3-0) |
This
course covers power and energy concepts; basic R, RC, RL, and RLC circuits;
three phase circuits; ideal transformers; diodes and ideal op amp circuits; and
logic circuits. The Laplace transform method will be introduced and used to
solve circuit problems.
Prerequisite: MATH-431 and PHYS-242.
|
ELEN-449 |
Introduction
to Communication Systems |
Credit
3(3-0) |
This course covers the fundamental principles of
modulation theory including amplitude, single- and double-sideband, frequency,
phase, pulse amplitude, pulse duration, pulse code modulation methods; and their
applications to communication systems with random signals and noise .
|
ELEN-450 |
Principle
of Electromagnetic Waves |
Credit
3(3-0) |
The basic postulates of electromagnetism; the integral laws of free space; the differential laws in free space; static fields; time varying fields. Prerequisite: ELEN-325.
|
ELEN-452 |
Wireless
Communication Systems |
Credit
3(3-0) |
This course is an introductory level of wireless communications. Fundamental theory and analysis of wireless mobile communication systems are introduced, including characterization of radio propagation, channel modeling and coding, and a summary of wireless communication standards and multiple access techniques. Also covered are an overview of information networks and a comparison of wireless and conventional communication systems. Prerequisite: ELEN-400.
|
ELEN-459 |
Digital
and Data Communications |
Credit
3(3-0) |
This course is an introduction to digital and data
communications. The fundamental
theory and applications of modern communication systems are discussed, including
a general overview of the data communications area, telephone systems, channel
coding, concept of data link protocols, interface standard, modems,
multiplexing, multiple access and Integrated Services Digital Network (ISDN).
|
ELEN-460 |
Electronics
II |
Credit
3(3-0) |
A continuation of Electronics I.
Principles of semiconductor electronic circuit; single stage and
multi-stage amplifier circuits, frequency response of transistor amplifiers;
operational amplifiers, and feedback systems. Coordinated
laboratory work. Prerequisite: ELEN-320.
|
ELEN-466 |
Electronics
II Lab |
Credit
1(0-3) |
Design
and analysis of semiconductor electronic circuits using discrete and integrated
circuits. Emphasis is on design and
experimental verification of amplifiers, switching circuits, etc. using linear
active devices. Prerequisite: ELEN-306, Co-requisite:
ELEN-460.
|
ELEN-470 |
Properties
of Material of Electrical Engineering |
Credit
3(3-0) |
The effects of atomic, molecular, and crystal structure on the electrical and physical properties of conducting, insulating and semiconductor materials used in electrical engineering. Prerequisite:ELEN-325.
|
ELEN-598 |
Senior
Design Project I |
Credit
3(1-3) |
This
is part I of a two-part capstone design course for the undergraduate electrical
engineering program. Each team
(typically four students) select a design project from topics suggested
by faculty or industry. The teams are responsible for (i) designing and
developing project specifications, (ii) planning a budget, and (iii) monthly
progress reports. Teamwork, technical writing, communications, and project
management are stressed throughout the semester. Prerequisite: ELEN-433, ELEN-466
|
ELEN-599 |
Senior
Design Project II |
Credit
3(1-3) |
This
is a continuation of ELEN-598, Design Project I. Each team is responsible for (i) implementing the design,
(ii) demonstrating a workable prototype, (iii) monthly progress reports, and
(iv) a formal report on the project. Teamwork, technical writing,
communications, and project management are stressed throughout the semester
Prerequisite:ELEN-598