Online Degree Programs

TE 4105 Microwave Engineering 3 credits
Prerequisite: TE 3101 Radio Frequency Wave Propagation
Microwaves and their applications; analysis of Transmission Lines and Wave Guides; General Solution of TEM and TM Waves; Rectangular and Circular Wave Guides; Coaxial Line; Strip Line and Micro Strip Line; Microwave Network Analysis; Foster’s Reactance Theorem; N-Port Networks; Scattering and Transmission Matrices; Impedance Transformation and Matching; Smith Chart; Quarter Wave Transformer; Theay of Small Reflections binomial and Chebchev Transformers; Passive Microwave Devices, Terminations; Alternators; Directional couplers; Hybrid Junctions; Faraday Rotation Microwave Resonators; Transmission Line Resonators; Transmission Line Resonators; microwave Cavities

TE 4104 Telecommunication Network Laboratory 1 credit
Setup and test LAN network (Ethernet), install and setup the Network Operating System, window NT, Novell Net- Ware, and UNIX, including network management system, network printer, file transfer etc. Setup and operate Internet Server and Client.

TE 3102 Communication Network and Transmission Lines 3 credits
Prerequisite: EE 2201 Electric Circuit and
EE 3301 Electromagnetic Field
Transmission line theory, general equations of transmission lines, voltage and current, lines parameters, voltage and current measurements, reflection, SWR, Smith chart, impedance matching, image and iteractive parameters, filter, equalizer and attenuator.

TE 3101 Radio Frequency Wave Propagation 3 credits
Prerequisite: EE 3301 Electromagnetic Field and
TE 3000 Principles of Communications Electromagnetic waves, wave reflection, refraction, and diffraction, ground and space-wave propagation, radio horizon and antenna height, sky-wave propagation, aspects of satellite communication, antenna radiation, polarization, gain, and radiation resistance, antenna beamwidth, radar system, microwave antennas, microwave devices microwave amplifiers.

TE 3002 Communication Laboratory 1 credit
Prerequisite or Co requisite: TE 3000 Principles of Communications Or
TE 3001 Fundamental of Telecommunications
Laboratory studies to help students better understand the theory of communications, i.e. signal analysis, modulation techniques, and noise effects, etc. Students can also gain technical experiences about some useful devices and measurements in the field.

TE 3001 Fundamental of Telecommunications 3 credits
Prerequisite: EE 2203 Signal and Systems
BG 3200 Applied Statistics
History of Communications, interpretation of information, noise and interference, modulation principles, signal analysis, effects of amplitude modulation and other transmission on signals, circuits and principles of super heterodyne receiver, frequency and phase modulation, noise reduction, pulse modulation, coding system, radio-wave propagation, satellite communications, optical communications, various communication systems, i.e. telephone, telegram, teletype, etc.

TE 3000 Principles of Communications 3 credits
Prerequisite: EE 2203 Signal and Systems and
BG 3200 Applied Statistics
Review of techniques for analyzing deterministic signals, i.e. Fourier series & transforms, convolutions, and, transfer functions, etc. Introduction to random noise process and some important characteristics, i.e. white-gaussian noise, autocorrelation, power spectral density, and narrowband-noise, etc. The course emphasizes on the following topics: sampling theorems, quantization, analog-to-digital conversion techniques, i.e. PCM, DM, etc., source encoding, channel encoding, analog and digital baseband transmissions and detections, and the study of modulation techniques including AM, FM, PM, ASK, PSK, FSK, etc. The course also covers multiplexing/demultiplexing, synchronization, and information theorem.

ST 4401 Applied Statistics for Business Research 3 credits
An introduction to the principles and methods of business research: securing the respondents, making a test investigation, sampling, collecting data, types and errors of collected data, tabulating and analyzing the information, interpreting the finding and stating the conclusion. Through a series of class projects, practical experience is offered to students on how research techniques and procedures are applied to the solution of business problems

ST 4390-5 Seminar in Applied Statistics 3 credits
Prerequisite: The fourth-year students and by Department’s consent
Discuss will center on current applications of statistics in Applied Statistics, there may be experts in specialized areas from government or private sectors lecturing on specialized topics, each student will be required to present a paper for discussion.

ST 4380-5 Selected Topic in Applied Statistics 3 credits
Prerequisite: The fourth-year students and by Department’s consent
Special topics that the department and instructors think appropriate for students for detailed study and research in Applied Statistics, the topic selected is in accordance with students and department.