From: 5916rahmank@vms.csd.mu.edu
Newsgroups: misc.jobs.resumes
Subject: PhD in EECE/Materials Sc., seeking teaching/research/R&D position
Date: 13 Aug 92 18:00:15 GMT
Article-I.D.: vms.0095F080.0498F160
Reply-To: 5916rahmank@vms.csd.mu.edu
Organization: Marquette University - Computer Services


	Dear Sir/Madam:
		I am expecting to finish the requirements of the PhD program 
	by September, 1992. Currently I'm looking for a teaching/research 
	and/or R&D position in the field of materials engineering or related
	area. My resume is appended for your perusal and consideration. 

		Thank you for your time and considerations.

							Sincerely,

							Anis Rahman.
----------------------------------------------------------------------

                         K. M. A. Rahman
     School Address:                         Home Address:
     Department of EECE (Box 98)             722 N 13th Street, #505
     Marquette University                    Milwaukee, WI 53233
     Milwaukee, WI 53233                     Phone/FAX: (414) 288-2498
     Phone: (414) 288-3574                   e-mail:5916rahmank@vms.csd.mu.edu

                             EDUCATION

 Ph. D.  Marquette Univ.  Milwaukee, WI  Sep. 1992   EECE (Matl.Sc./Ceramics)
 M. S.   Marquette Univ.  Milwaukee, WI  Dec. 1987   Solid State Physics
 M. Sc.  Rajshahi Univ.   Rajshahi       Jan. 1981   Physics
 B. Sc.  Rajshahi Univ.   Rajshahi       Jul. 1978   Honors

                            EXPERIENCES
1987-1992:
RESEARCH:   Researched and developed high voltage/high power thick film 
	    resistor (TFR) based on tin oxide and ruthenium oxide under 
	    a project funded by the Astronautics Corporation of America. 
	    Investigated the conduction mechanism(s) and microstructural 
	    properties of tin oxide based TFR samples obtained 
	    commercially and prepared in the laboratory. Immittance 
	    spectroscopy (IS) and Electron Microscopy was used as main 
	    tools of investigations. Observed nano-crystal assisted 
	    conduction mechanism in tin oxide based thick film resistors.
            
	    The experimental procedure included a computer acquisition 
	    of immittance spectroscopic data using HP 4192 Impedance 
	    Analyzer.  Collected data were then reduced using a 
	    non-linear complex plane fitting technique.  An algorithm 
	    was developed and few computer programs were written for 
	    this purpose. Microstructural characterizations were done 
	    using scanning, transmission and high resolution electron
            microscopes.

TEACHING:   Taught Electronic Devices and Applications (EECE 010), Analog 
	    Electronics Circuit Lab (EECE 141) and General Engineering.  
	    TA for physical principle of electronic devices (EECE 114, 165), 
	    electrical circuits (EECE 011), EM fields (EECE 121).  
	    Supervised 7 undergrad design projects  one of which (Tree-Alert), 
	    a safety device to automatically extinguish fire  won the first 
	    prize at the freshman engineering design show 1991 of Marquette 
	    University.
1985-1987:
RESEARCH:   Carried out experimental study of force characterization of a 
	    3-component lipid system using X-ray diffraction and osmotic 
	    pressure techniques (MS thesis).

TEACHING:   Teaching Assistant for various physics courses plus tutoring.

1981-1985:
RESEARCH:   Scientific Officer, Bangladesh Atomic Energy Commission, Dhaka.  
	    Involved in research in the field of theoretical physics and 
	    computer programming.  A FORTRAN program was developed to compute 
	    binding energies by solving Schrodinger equation.  A theoretical 
	    potential was proposed to describe the cascade-nucleon bound system.

TEACHING:   Developed curriculum and taught computer programming courses 
	    (FORTRAN and BASIC) to managerial personnel of local corporations 
	    and businesses of Dhaka. Taught physics courses in the training 
	    of personnel in reactor operations.

1979-1981:  Conducted experimental study of stimulation processes
RESEARCH:   and mass estimates of non-mesonic mesonic hypernuclei (M.Sc. 
	    thesis).  Nuclear emulsion techniques and high magnification 
	    optical microscopes were used.
                                 
                    LABORATORY EQUIPMENT SKILL

Data        Immittance spectroscopic data acquisition setup using PCs,
acquisition HP 4192A impedance analyzer, multiplexors and other computer 
	    interfaceable meters, PAR low frequency spectrum analyzer.

Microscopy  JEOL JEM-100CX II Scanning Transmission Electron Microscope 
	    along with other accessories and  JEOL JSM-35 scanning 
	    electron microscope with energy dispersive spectroscopy. 
	    Hitachi H-700 TEM and UHV H-9000 HREM.

Software    ISDACQ: A QuickBasic program. This is a data acquisition 
development program that uses a standard interface (GPIB) to acquire 
	    immittance spectra. Another version of this program, 
	    ISDACSITU, is used for high speed acquisition, suitable 
	    for in-situ sintering kinetics measurements by IS.
                           
	    CPFMULIT: FORTRAN program.  This program is based on an 
	    algorithm (generation and elimination) developed for 
	    immittance spectroscopic (IS) data analysis.  It can 
	    resolve multiple (overlapping) relaxation processes.
                           
	    CPFAUTO: FORTRAN program.  When IS measurements are done 
	    repeatedly keeping all but one variable fixed then data 
	    analysis requires a repetitive operation with a fixed 
	    set of run-time choices.  This program is designed to 
	    analyze automatically all the spectra stored on a disk 
	    and to save extracted parameters in a file.
                                 
                     SCHOLARSHIPS AND AWARDS:

            1990-1992: TA, department of EECE, Marquette University.
            1989-1990: RA, department of EECE, Marquette University.
            1987-1989: RA for research project funded by Astronautics 
			Corporation of America.
            1985-1987: TA and RA, Physics department, Marquette	University.
            1983-1984: Asstt. Gen. Sectretary, Bangladesh Atomic 
			Energy Scientists Association.
            1978-1980: Physics department merit scholarship, Rajshahi 
			University.
            1974-1978: University scholarship, Rajshahi University.
                                 
                    PROFESSIONAL AFFILIATIONS:

            American Ceramic Society, student member
            Institute of Electrical and Electronic Engineers, 
            		student member
                                 
                            REFERENCES

   Dr. S. C. Schneider, Associate Professor and Associate Chairman of 
		EECE, Marquette University, Milwaukee, WI 53233. 
		Phone (414) 288-7178 (Dissertation Advisor)
   Dr. M. A. Seitz, Professor of EECE, Marquette University, Milwaukee, 
		WI 53233
   Dr. R. A. Fournelle, Professor of Mechanical Engg., Marquette
		University, Milwaukee, WI 53233
   Dr. J. A. Hock, Associate Professor of EECE, Marquette
		University, Milwaukee, WI 53233
                
		           PUBLICATIONS

1.     "AC spectroscopic characterization of the conduction mechanism 
	of tin oxide-glass composite thick film resistors," Ph. D. 
	Dissertation, Marquette University, September, 1992 (Expected).

2.     "Characterization of the conduction mechanism of tin oxide based 
	thick film resistor compositions", by K. M. A. Rahman, 
	S. C. Schneider and M. A. Seitz, Manuscript to be submitted to 
	the J. Appl. Phys.

3.     "Study of the resistance variations in tin oxide based thick film 
	resistor compositions," by K. M. A. Rahman, S. C. Schneider and 
	M. A. Seitz, presented at the 94th annual meeting of the American 
	Ceramic Society, Minneapolis, MN, April, 1992. (Abstracts, pp 313).

4.     "A microstructural study of tin oxide based thick film resistor: 
	presence of nano-crystalline particles and their role in the 
	conduction mechanism," by K. M. A. Rahman, S. C. Schneider and 
	W. A. Chiou, presented at the 94th annual meeting of the American 
	Ceramic Society, Minneapolis, MN, April, 1992. (Abstracts, pp 12).

5.     "Analysis of immittance data containing multiple relaxation 
	processes by non-linear least squares fitting techniques," by 
	K. M. A. Rahman, A. Choudhuri and S. C. Schneider, Sigma Xi 
	Scientific Research Soc., Abstracts of Poster Session, Marquette 
	University, Milwaukee, WI, pp 17, 1990.

6.     "AC spectroscopic study of a single interface between zinc
	oxide and yttria-stabilized zirconium dioxide," by A. Choudhuri, 
	K. M. A. Rahman and S. C. Schneider, Sigma Xi Scientific Research 
	Soc., Abstracts of Poster Session, Marquette University, Milwaukee, 
	WI, pp 6, 1990.

7.     "Force characterization of a three-component mixed lipid system in 
	aqueous and in ionic media," M. S. thesis, Marquette University, 1987.

8.     "Force characterization of a three-component lipid mixture: 
	Dioleoylphosphatidylcholine/Dioleoylphosphatidylethanolamine/
	Cerebrosides," by V. Varma, K. M. A. Rahman, J. M. Collins, 
	W. T. Lis and L. J. Lis, Submitted to Colloids and surfaces.

9.     "Forces in a ternary lipid mixture," by J. M. Collins and
	K. M. A. Rahman, Biophysical Journal, Abstracts of 31st
	annual meeting, New Orlience, Vol. 51, pp 186a, 1987.

10.    "Cascade-nucleon interactions and possible cascade-
	hypernucleus systems," by M. S. Ali, K. M. A. Rahman and
	A. H. Kazi, Abstracts, International confc. on power and
	energy development, Dhaka, 1985.

11.    "The Monte-carlo neutron shielding calculations," by F. U.
	Ahmed, K. M. A. Rahman and M. M. Rahman, Abstracts, 10th
	annual Bangladesh science confc., March 22-27, Dhaka, 1985.

12.    "The stimulated decay of hypernuclei," by K. M. A. Rahman,
	M. S. Islam, A. S. Mondal and A. Hosain, J. Bangladesh
	Acad. Sci., vol. 6 (#1&2), 1982.

13.    "Possibility of X-N bound states in a carbon nucleus,"  by
	K. M. A. Rahman, A. H. Kazi and M. S. Ali, Annual
	Scientific Report, 981-1982, Atomic Energy Center, Dhaka.

14.    "The stimulation processes and mass estimates of non-
	mesonic hyperfragments," M. Sc. thesis,  Rajshahi
	University, 1981.
Newsgroups: misc.jobs.resumes