Bin Li

Work Address 				 Home Address           
409 Dana building 			 117 Summer St. # 31    
Northeastern University			 Malden,MA 02148        
Boston, MA 02115			 (617) 324-9376         
(617) 373-2039
email: binli@ece.neu.edu

Summary
	* Experienced in analog, digital IC design, test and fabrication
	* Proficient in the design, model and simulation of circuits
	* Skilled in RF circuit design, analysis and measurement
	* Working knowledge in device physics, process technology and mask 
	  design
	* Experienced in numerical techniques and software development

Education
	Northeastern University 				Boston, MA
 	* Ph.D in Electrical Engineering (Sept.'97). G.P.A 3.8/4.0
	  Thesis title: Large signal and self-heating characterization of 
			heterojunction bipolar transistors

	NanJing Institute of Technology   			Nanjing, China
	* M.S.E.E in Electrical Engineering, July 1988. G.P.A 3.8/4.0
	  Thesis title: A fully integrated silicon flow sensor
	* BS in Electrical Engineering, July 1985. G.P.A 3.9/4.0

Courses
	VLSI design, Computer Architecture, Software Engineering, Semiconductor
	Physics, VLSI Architecture, Digital System Design, Microwave Circuit 
	Design, Solid State device, Digital Signal Processing, Digital 
	Communication, VHDL 

Experience
	Northeastern Univ.					Boston, MA
 	Research Assistant 					1993 - present
	* Worked on small signal and large signal model of HBT (heterojunction 
	bipolar transistor). developed a small signal equivalent circuit 
	parameter extraction procedure and a large signal modified Ebers-Moll 
	model for the HBT
 	* Analyzed the interactions and contributions of nonlinear elements to
	the nonlinearity of the HBT's by using Volterra series
	* Developed a mathematical model (nonlinear integral method) for 
	the HBT's based on DC and small signal parameters
	* Characterized the self-heating effect of the power HBT 
 	* Measured the power characteristic of the HBT (harmonic distortion 
	and two tone intermodulation), skilled in using network analyzer, 
	spectrum analyzer and other instrument for device characterization, 
	programmed GPIB to synchronize HP4145, HP8510.
	* Worked on the design and process development for micromachining  
	microspectrometers. built a simple electrical-mechanical feedback
	model and designed a set of mask.

	China HuaJin Electronics Group Co. 		WuXi, P.R.China
	Circuit design and test engineer  		1988 - 1993
	* Maintained a 10MHz, 96 pin digital test system (Ando's DIC 8032)
	* involved in designing and testing ASIC's, including a digital 
	pulse dial phone circuit and electric organ circuit 
	* Motivated and developed a  test data recording, sampling and 
	analyzing system
	* Developed test algorithm and program for various memory circuits 
	ranging from 16K to 1MB
	* Involved in designing and testing 1M bit DRAM 
  
	Nanjing Institute of Technology 		Nanjing, P.R.China
	Research assistant 				1985 - April 1988
	* Worked on the design of semiconductor flow sensor based on constant 
	chip temperature mechanism. 
	* Designed, layouted and tested a two-stage CMOS differential amplifier 
	for silicon flow sensor  
	* Worked on noise model of the switch capacitor circuit

Computer Skill
	Programming languages: C, C++, Fortran,Basic and Perl
	Operating systems:  UNIX, DOS, Window 95, X Window
	Software application: MATLAB, AutoCAD, LabView, GPIB and VLSI design 
	and simulation tool (MAGIC, KIC, OCTTOOL, HSPICE, LIBRA, MEDICI, 
	TSUPREM and VHDL).

Publications
	* Harmonic and Two-tone intermodulation distortion analysis of the 
	inverted InGaAs/InAlAs/InP HBT, IEEE transaction on MTT, July 1997
	* Intermodulation analysis of the inverted InGaAs/InAlAs/InP HBT 
	using Volterra series, 1996 Asia - Pacific Microwave Conference
	* A large signal HBT model for two-tone intermodulation analysis,
	1995 International Semiconductor Device Research Symposium
	* A large signal model of the inverted InGaAs/InAlAs/InP HBT for 
	harmonic distortion analysis, 1995 IEEE/Cornell University 
	Conference on Advanced Concept in High Speed Semiconductor Devices
	* A fully integrated silicon flow sensor, China Semiconductor Journal, 
	1990

Reference
	Professor Sheila Prasad, Northeastern University, 
	prasad@hilbert.cdsp.neu.edu
	Professor Mankuan Vai, Northeastern University,
	vai@gateway.ece.neu.edu