From: c1h3384@rigel.tamu.edu 
Subject: Ph.D EE seeking R&D position in Microwave & Semiconductor Devices
News-Software: VAX/VMS VNEWS 1.41    
Organization: Texas A&M University, Academic Computing Services
Date: Wed, 7 Oct 1992 21:46:00 GMT


Dear Prospective Employer:

The attached resume is in support of my application for a research and/or
development position related in electrical engineering in your company.

My academic background and research experience have been most heavily
concentrated in the areas of microwave circuits and engineering,
solid state and semiconductor physics, and scientific computing.

I have been highly motivated to use my skills and knowledge in a broad
range of electrical engineering and physics toward practical applications.
I am confident of my ability to contribute to your company in the near
future.

                        Sincerely,

			Chenhong Huang (sign)




			CHENHONG HUANG
--------------------------------------------------------------------------------
Personal Data           US permanent resident		


Office Address     	Department of Electrical Engineering 
			Texas A&M University 
			College Station, TX 77843-3128 
			phone: (409) 845--1171 
			email: chuang@ee.tamu.edu

Home Address 		2101 Burton Dr. Apt #2062 
			Austin, TX 78741
			phone: (512) 440-0623  or  (409) 846-1753


Objective   A challenging research and/or development position related to 
	    electrical engineering, with special interest in  microwaves,
	    semiconductor devixces, and computer programming.

Computer    Languages: proficient in FORTRAN 77, Turbo C/C++, BASIC 
Skills      Operating Systems: 5 years' in VAX/VMS, UNIX, MSDOS, HP, X Windows
	    Machines: VAX 9000, MIPS, CRAY-YMP/2, Sun Workstation, IBM PC, MAC
	    Softwares: Mathematica, Lotus, SAS,MS Windows,IMSL,TeX,LaTeX, Spice 

Education   TEXAS A&M UNIVERSITY                 	     College Station, TX
	    Ph.D. in Electrical Engineering May 1992. ( GPR: 4.00/4.00). 
	    Graduated as a Distinguished Graduate Student (Doctoral Level)

	    FUDAN UNIVERSITY 					Shanghai, China
	    M.S. in Engineering Physics July 1986. 

	    FUDAN UNIVERSITY 					Shanghai, China
	    B.S. in Physics July 1983.

Awards      The 1991-1992 Distinguished Graduate Student Award (Doctoral Level)
	    Awarded by Texas A&M University, April, 1992.

	    The McDonald Graduate Assistant Teaching Award. Awarded by Texas
	    A&M University, February, 1992.

Related     Solid State Electronics 
Course      Solid State Physics 
Work        Quantum Theory of Solids 
 	    Special Topics in Condensed Matter Theory 
  	    Linear Network Analysis 
	    Microwave Circuits 
	    Ultra High Frequency Circuits 
	    Antennas and Propagation
	    Electromagnetic Theory
	    Electronics   &   Electronics Experiments 
	    Introduction to Digital System Design 
	    Special Topics in Numerical Methods

Experience  TEXAS A&M UNIVERSITY 			    College Station, TX
   	    (1988--present)
	    *  Postdoctoral Fellow (May 1992-present), Dept. EE 
	    *  Assistant Lecturer & Research Assistant (1989--1992), Dept. EE
            *  Teaching Assistant (1988--1989), Dept. Phys 

            Research projects required in-depth knowledge of electromagnetics 
	    (antennas, RF circuits), numerical analysis (Monte Carlo Simulation
	    technique, Finite Element, and Moments Method), and computing, 
	    including the use of supercomputers (Cray-YMP/2), VMS and Unix 
            environments.

	    o  Completed class projects titled "Modeling Semiconductor (GaAs, 
               GaP) Devices at High Temperatures'' and ``Design of a Microwave
	       Finline Band Pass Filter''.  
	    o  First to establish complete and exact path integral formulations
	       which can be evaluated by the FFT for engineering applications.
	    o  Developed Monte Carlo simulation technique and code for computing
	       the electromagnetic field in transversely inhomogeneous media. 
            o  Developed a FFT code for the evaluation of the field in general
	       one- and two-dimensional configuration that contains intersecting
	       or isolated dielectric bodies that are homogeneous, inhomoge-
	       neous, or PECs.   
	    o  First to obtain analytical solution for the phase boundary of a 
	       cubic superconducting circuit in a magnetic field of arbitrary
	       magnitude and direction. 
            o  Taught ELEN 322: Electric and Magnetic Fields 
	    o  Lab Instructor: PHYS 208: Electricity and Optics

	    SHANGHAI SECOND INSTITUTE OF EDUCATION               Shanghai, China
	    (1986--1987)
            *  Instructor, Department of Engineering Physics.
	    Courses Taught:  o  Semiconductor Physics
			     o  Numerical Programming Techniques
			     o  Electronics 

	    FUDAN UNIVERSITY 				         Shanghai, China
	    (1983--1986)
            *  Teaching/Research Assistant, Institute for Electric Light Sources
					    and Illuminating Engineering.

	    Research projects required thorough understanding of low-temperature
	    plasma physics, electric circuits, illuminating engineering, and 
	    numerical computation techniques.


Papers in   Published EIGHT papers in IEEE Transactions, Physical Review A,
Refereed    Physical Review B, Microwave and Optical technological Letters,
Journals    and Journal of Physics D: Applied Physics, etc.
	    A detailed list available upon request.

Conference  Published FIVE conference papers and SEVEN abstracts in IEEE
Papers &    Symposia, American Physical Society Symposia, Proceedings of
Abstracts   IGARSS, and Proceedings of ICPIG, etc.
	    A detailed list available upon request.
		            
Reference   Furnished upon request. 
Newsgroups: misc.jobs.resumes