| Sophomore
ECE210 Data Structure
|
|
Prerequisite: PCO152 C Programming. Introductory
course in data structure and algorithm analysis. Topics include
stacks, queues, lists, trees, graphs, sorting algorithms, hashing,
and search structures. |
| ECE213 Programming Language Theory |
|
Prerequisite: ECE210 Date Structure. Topics
include syntax and semantics, lexer and parser, introduction
to polymorphism, typing theory, class and inheritance, functional
programming and logic programming. |
| ECE214 Programming Techniques |
| ECE241 Statistics |
|
Prerequisite: HSN162 Engineering Mathematics
1. Topics include probability theory, sampling distributions,
estimation, tests as decision rules, and regression analysis.
|
| ECE242 Discrete Mathematics |
|
This course introduces mathematics related
to computer and computer science. Topics include logic and proofs,
sets and relations, analysis of algorithms, graph theory, trees
and their applications, e.g., network models, combinatorial
circuits, finite state machines and automata, etc. |
| ECE251 Basic Electric Circuit
Analysis 1 |
|
Prerequisite: HSN163 Physics 1, HSN164 Physics
2, HSN162 Engineering Mathematics 1. Introductory course in
electric circuit theory. Topics include resistive circuits,
dependent sources, analysis methods, network theorems, energy-storage
elements, RC and RL Circuits, 2d -order circuits, sinusoidal
excitation and phasors, AC steady-state analysis. |
| ECE253 Basic Electric Circuit
Analysis 2 |
|
Prerequisite: ECE251 Basic Electronic Circuit
Analysis 1. The second part of the introductory course in circuit
analysis. Topics include AC steady-state power, complex frequency,
frequency response, transformers, Fourier transforms, and Laplace
transforms. |
| ECE257 Digital Logic Design |
|
Introduce basic concepts and issues for design
and synthesis of digital system and design small and medium
size digital circuits. |
| ECE258 Digital Logic Lab |
|
Introduce basic concepts and issues for design
and synthesis of digital system and design small and medium
size digital circuits via lab experiments. |
| ECE261 Electromagnetics |
|
Prerequisite: HSN164 Physics 2, HSN 162 Engineering
Mathematics 1, HSN 260 Engineering Mathematics 2. Topics include
vector algebra, coordinate systems and transformation, electrostatic
fields, energy and potential, conductor, dielectric material
and capacitance, and Poisson and Laplace equations. |
| ECE262 Electromagnetic Fields
and Waves |
|
Prerequisite: ECE261 Electromagnetics. The
second part of introductory course in electromagnetics. Topics
include Biot-Savart's law, amperes law, Stokes theorem, magnetic
material, basic magnetic circuit analysis, magnetic force, time
varying electromagnetic fields, Poynting theorem, plane wave
reflection at the boundary surface, and transmission-line characteristics.
|
Junior
|
| ECE311 Algorithm Analysis |
|
Prerequisite: ECE210 Data Structure. Introductory
course in algorithm analysis. Topics include methodologies for
problem solving and complexity analysis techniques. |
| ECE313 Software Engineering |
|
Prerequisite: ECE213 Programming Language
Theory, ECE321 Operating System. Topics include software life
cycle model, software development environment, project management,
software requirements and specifications, software design and
architecture, and software maintenance. |
| ECE314 Object-Oriented Programming
Languages |
|
Prerequisite: ECE213 Programming Language
Theory. Introductory course in object-oriented processing. Topics
include a survey of object-oriented programming concepts, and
case studies on Java, C++, and Ada. |
| ECE315 Automata Theory |
| ECE320 Computer Architecture
& Organization |
| ECE321 Operating System |
|
Prerequisite: ECE2 IO Data Structure, ECE221
Computer Architecture and Organization. Topics include operating
system structures, process management, storage management, protection
and security, and distributed systems. |
| ECE322 System Programming |
|
Prerequisite: ECE213 Programming Language
Theory, ECE321 Operating System. Topics include C language,
assembly language, function of system software, operating system
and concept of simple compiler. |
| ECE323 Microprogramming |
|
Prerequisite: ECE221 Computer Architecture
and Organization. Topics include the architecture of 4-bit,
8-bit, and 16-bit microprocessor, the implementation of control
sequencer by using microprogramming simulator, and design of
assembly language instruction sets. |
| ECE324 Computer Design with VHDL
|
|
Prerequisite: ECE254 Digital Logic Design
and Lab, ECE221 Computer Architecture and Organization. Topics
focus on digital chips, including CPU, memory and 1/0 systems.
|
| ECE341 Numerical Analysis |
|
Prerequisite: HSN 162 Engineering Mathematics
1. Topics include linear/non-linear equation analysis, solution
of simultaneous equation, interpolation, approximation, numerical
differentiation and integration, and conversion decision and
error analysis. |
| ECE351 Electronic Circuits I |
| ECE352 Electronic Circuits 2 |
|
Prerequisite: ECE252 Electronic Circuits 1.
The second part of introductory course in electronic circuits.
Topics include feedback, output stage and power amplifiers,
analog integrated circuits, signal generators and waveform-shaping
circuits. |
| ECE356 Electronic Circuits Lab
I |
| ECE357 Electronic Circuits Lab
2 |
|
Prerequisite: ECE256 Electronic Circuits Lab
1. Topics include push-pull amplifier, differential amplifier,
op amp circuits, nonlinear op amp circuits, active filters,
Hartley oscillator, and mixers. |
| ECE362 Device Physics. |
|
Topics include: Basic principles required
to understand the operation of modem solid- state devices. Derivation
of electrical characteristics of devices such as diodes, bipolar
transistors, MOS transistors and LEDs. Applications to design
of electronic circuits. |
| ECE371 Microprocessor Application
I |
|
Prerequisite: ECE221 Computer Architecture
and Organization. Describe the internal architecture of a microprocessor,
various instructions that the processor can execute, and how
to sequence instructions to perform various functions. In the
lab, write various small programs to test their understanding
of the processor. |
| ECE373 Automatic Control |
|
Prerequisite: ECE381 Signals and Systems.
Introductory course in control theory. Topics include state-variable
analysis, time domain analysis of control systems, root locus
techniques, frequency domain analysis of control systems. |
| ECE381 Signals and Systems |
|
Prerequisite: HSN 162 Engineering Mathematics
1, HSN 260 Engineering Mathematics 2. Introductory course for
communications, signal processing, and control theory. Topics
include properties of signals and systems, linear time-invariant
system, continuous and discrete Fourier transform, Laplace transform,
z-transform, and sampling theory. |
| ECE383 Principles of Communication |
|
Prerequisite: ECE381 Signals and Systems.
Introductory course in communication theory especially related
to the analog communication systems. Topics include Fourier
transform, frequency characteristics, the noise, amplitude modulation,
frequency modulation, phase modulation, and pulse modulation.
|
| ECE384 Introduction to Digital
Signal Processing |
|
Prerequisite: ECE381 Signals and Systems.
Digital processing of analog signals. Offline and real-time
processing for parameter, waveshape and spectrum estimation.
Digital filtering and applications in speech, sonar, radar,
data processing and two-dimensional filtering and image processing.
|
Senior
|
| ECE411 Advanced Programming Languages |
|
Prerequisite: ECE314 Object Oriented Programming
Languages. Topics include ADA95, JAVA and C++. |
| ECE412 Compiler Theory |
|
Prerequisite: ECE213 Programming Language
Theory, ECE221 Computer Architecture and Organization, ECE317
Automata Theory. Introductory course for compiler design and
implementation. Topics include lexical analysis and scamming,
syntactic analysis and parsing, symbol table management, recursive
decent parsing, syntax-directed translation, and intermediate
code generation. |
| ECE430 Database |
| ECE432 Artificial Intelligence |
| ECE441 Image Processing |
|
Prerequisite: ECE384 Introduction to Digital
Signal Processing. A study of introductory techniques of image
processing. Image formation and perception, digitalization,
Fourier transform domain processing, restoration and tomographic
reconstruction. |
| ECE442 Computer Graphics |
|
Prerequisite: ECE210 Data Structure. Topics
include computer graphics hardware architecture, graphics coordinate
conversion, vectors and raster, textual mapping, ray tracing,
surface modeling, shading, hidden line removal, and 2D and 3D
graphics. |
| ECE451 Digital System Design |
|
Prerequisite: ECE371 Microprocessor Application
1, ECE324 Computer Design with VHDL. Study the interfacing techniques
of computer systems. Implement the interface board to control
1/0 equipment using computer like IBM PC. Focus on bus system
of a computer and implementation of subsystem on the bus. |
| ECE452 Integrated Circuit Design |
|
Prerequisite: ECE251 Basic Circuit Theory
1, ECE252 Electric Circuits 1. Study the techniques, characteristics,
and performance of CMOS circuits and systems: CMOS technology
and processing, Circuit characterization, Circuit properties
and performance. |
| ECE453 Analog IC Design |
|
Prerequisite: ECE351 Electronic Circuits 2.
Topics include bias circuits, basic gain stages, operational
amplifiers, wideband amplifiers, analog multipliers and modulators,
and voltage- regulators. |
| ECE454 VLSI Design |
|
Prerequisite: ECE452 Integrated Circuit Design.
Study computer-aided VLSI design techniques, including building
block layout, placement and routing algorithms, simulation,
design verification and timing, digital synthesis techniques,
and testing. |
| ECE461 Microwave Engineering |
|
Prerequisite: ECE262 Electromagnetic Fields.
Topics include Maxwell equation, transmission- line theory,
S-parameters, impedance matching and tuning, microwave transmission-lines,
power dividers, directional couplers, and hybrids, microwave
resonators and filters, active microwave components. |
| ECE472 Digital Control |
|
Prerequisite: ECE373 Automatic Control. Topics
include discrete systems dynamics, sampled- data systems, mathematical
representations of analog/digital and digital/analog conversions,
open- and closed-loop systems, input-output relationships, state-space
and stability analyses, time- and frequency-domain analyses
and design and implementation of digital controllers. |
| ECE481 Digital Communication |
|
Prerequisite: ECE383 Principles of Communication.
The second part of the introductory course in communication
theory related to digital communication. Topics include digital
modulation (ASK, PSK, FSK), digital transmission, introductory
information theory, channel coding theory, and the multiple
access systems. |
| ECE483 Computer Networks |
|
Prerequisite: ECE321 Operating System. Introduce
the concept of layering and the functions of seven layers in
computer networks, and describe Internet protocol and high-speed
networks. Topics include OSI seven layers, MAC protocols, TCP/IP,
and ATM. |
| ECE486 Problem Solving using
Computer |
| ECE495 Seminar on New Technologies
1 |
| ECE496 Seminar on New Technologies
2 |
