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ECE 6243 - Physical Electronics

No Description Available

Delivery Method: Interactive Video
Semester: Spring
Sample Syllabus (pdf)

 

ECE 6413 - Digital Signal Process

No Description Available

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 6663 - Insul Coord Pow Sys

No Description Available

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 6653 - Intro to Power Elect.

(Prerequisite: Grade of C or better in both ECE 3414 and ECE 3424 or equivalent). Three hours lecture. Introduction to power electronic circuits, with emphasis on design and analysis of power semiconductor converters including DC-DC converters, PWM inverters, and DC power supplies.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 7000 - Directed Individual Study

No Description Available

Delivery Method: Online, Internet or Web-based
Semester: Spring

 

ECE 8000 - Research/Thesis

No Description Available

Delivery Method: Online, Internet or Web-based
Semester: Spring

 

ECE 8053 - Intro to Compu Arith

Prerequisite: ECE 4263/ 6263). Three hours lecture. Fixed point number systems; algorithms and associated logic level implementation for fixed point addition, subtraction, multiplication, and division; floating-point formats and operation.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8413 - Dig Spectral Analysis

 (Prerequisite: ECE 3163 or consent of instructor). Three  hours lecture. Spectral estimation problem, classical  methods, parametric modeling, statistical estimation,  sinusoidal estimation, and high order spectra. Time series  applications. 

Delivery Method: Interactive Video
Semester: Spring
Sample Syllabus (pdf)

 

ECE 8423 - Adaptive Signal Process

(Prerequisites: ECE 3163 or consent of instructor). Three  hours lecture. Adaptive filtering, theoretical foundation,  algorithms, structures, and implementations. Applications  are included. 

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus

 

ECE 8443 - Pattern Recognition

(Prerequisite: MA 4533/6533 or consent of instructor).  Three hours lecture. Classification description, and  structure of pattern recognition, patterns and feature  extractions, engineering approaches including statistical  and syntactic, and signal processing applications.

Delivery Method: Online, Internet or Web-based
Semester: Spring

 

ECE 8453 - Introduction to Wavelets

(Prerequisite: ECE 3163 or consent of instructor). Three hours lecture. Wavelet-expansion systems, discrete wavelet transform, multiresolution analysis, time-frequency anaylsis, filter banks and the discrete wavelet transform, wavelet transform, wavelet design, wavelet-based applications.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8673 - Computer meth Power

(Prerequisite: ECE 4613/6613 or equivalent). Three hours lecture. Algorithms for formation and techniques for manipulation of network matrices. Problem formulation and numerical solution techniques for load flow and stability studies.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8923 - Non-Linear Con Sys

(Prerequisite: ECE 4913/6913 or equivalent). Three hours lecture. A study of techniques available to analyze non-linear system and a study of associated synthesis procedures.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8963 - Dig Control Systems

(Prerequisites: ECE 4913/6913 and ECE 4923/6923 or consent of instructor). Three hours lecture. Z-transform theory and analysis; modified x-transform; design principles; digital state obervers; introducion to optimal control; introduction to computer-aided digital control system design and analysis.

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8990 - Power Econ & Deregulation

Credit and title to be arranged. This course is to be  used on a limited basis to offer developing subject  matter areas not covered in existing courses.  (Courses limited to two offerings under one title  within two academic years.) 

Delivery Method: Online, Internet or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8990 - Power Quality

Credit and title to be arranged. This course is to be  used on a limited basis to offer developing subject  matter areas not covered in existing courses.  (Courses limited to two offerings under one title  within two academic years.)

Delivery Method: Online, Internet, or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8990 - Neural Networks

Credit and title to be arranged. This course is to be used on a limited basis to offer developing subject matter areas not covered in existing courses. (Courses limited to two offerings under one title within two academic years.)

Delivery Method: Online, Internet, or Web-based
Semester: Spring
Sample Syllabus (pdf)

 

ECE 8990 - Virtual Reality and LODS

Credit and title to be arranged. This course is to be  used on a limited basis to offer developing subject  matter areas not covered in existing courses.  (Courses limited to two offerings under one title  within two academic years.) 

Delivery Method: Online, Internet, or Web-based
Semester: Spring
Sample Syllabus (pdf)

 

ECE 8990 - Computer Security Hardware

Credit and title to be arranged. This course is to be  used on a limited basis to offer developing subject  matter areas not covered in existing courses.  (Courses limited to two offerings under one title  within two academic years.)

Delivery Method: Online, Internet, or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 8990 - Power Systems Operations

Credit and title to be arranged. This course is to be  used on a limited basis to offer developing subject  matter areas not covered in existing courses.  (Courses limited to two offerings under one title  within two academic years.)

Delivery Method: Online, Internet, or Web-based
Semester: Fall
Sample Syllabus (pdf)

 

ECE 9000 - Research/Diss

Hours and credits to be arranged.

Delivery Method: Face to face
Semester: Spring

 

 

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