| Kuntao Ye's Resume File Attachments:
Quentin_Academic_MEMS_China.pdf (42.0 KB, application/pdf)- The resume can also be used for industry
| Contact | 30 Greenleaf St.
Boston, MA 02148
US
(781)7242981
kuntaoye@yahoo.com |
Goal | An engineering position in MEMS field utilizing interpersonal, innovation skills in a team environment to accomplish project goals |
| Skills | 1) Hands-on fabrication for MEMS device 2)Design and simulate MEMS devices with CMOS analog control circuitry 3) LabVIEW programming |
| Qualifications | Kuntao (Quentin) Ye
30 Greenleaf St.
Boston, MA 02148
kuntaoye@yahoo.com
OBJECTIVE:
An electrical engineering position (including faculty) in microelectronics, microfabrication(specialized in MEMS) or photonics field utilizing leadership, interpersonal, innovation skills in a team environment to accomplish project goals
EDUCATION:
--Ph.D., Electrical Engineer, Feb 2006
University of Cincinnati (UC), Cincinnati, Ohio
Thesis: Investigation of a Method for Integration of Optical Nanoprobes with CMOS Photodetection Circuitry (Advisor: Dr. Fred Beyette Jr.)
--M.S., in Applied Physics, June 1999
East Carolina University, Greenville, North Carolina
Thesis: Development of a Facility to Make Automated, Simultaneous, Normal Mode Vibration and Radiation Measurements on a violin (Advisor: Dr. George Bissinger)
--M.S, Condensed Matter Physics, July 1997
Nankai University, Tianjin, China
Thesis: Interaction of Light with Matters in the Micro-Circular-Cylinder (Advisor: Dr. Jianguo Tian, Prof. Chunzhou Zhang)
SKILLS:
--Hands-on fabrication processes for MEMS device: Mask design and layout, Lithography, Wet or dry etching, Oxidation, Oxide Removal, E-beam metal evaporation, LPCVD, Glass-silicon electrostatic bonding, Boron drive-in to silicon, Rapid thermal annealing, Aluminum sintering, RIE dry etching and so on
--Design and simulate MEMS devices with CMOS analog control circuitry: Be able to design MEMS devices after MEMSpro (with ANSYS) simulations, including designing and simulating the
analog control circuitry of the MEMS devices
--Operate different electrical and optical testing instruments: for example, NI DAQmx board, Semiconductor analyzer, Multi-channel data acquisition system, 1064nm Q-switch or CW laser system, He:Ne 632.8nm cw laser system, Argon ion CW laser system, Optical muti-channel analyzer, Optical spectrometer, Pulse delay and generator, Lock-in amplifier etc.
--LabVIEW programming: Integrating optical and electrical instruments to form an experimental testing system through LabVIEW programming, familiar with RS-232, IEEE-488 or some other data communication ports
--Specialized Design and simulation software: MEMS Pro (L-Edit, LVS, T-SPICE, S-Edit), Rsoft(BeamPROP, FullWAVE, BandSOLVE), Mathematica, MATLab
--General software: Microsoft Windows 98, ME, 2000, XP System Installation & Maintenance,Computer Network Hardware and Software Setup, Application Software Installation & Maintenance, Microsoft Office Software (Word, Excel…), Data Analysis Software, C programming, Unix System Operation & Programming, etc.
--Language Skills: Good at writing technical reports.
RELATED PROJECTS:
--Field-assisted anodic bonding study for direct Fiber-to-Si attachment (2003-2004): The goal of this project is to pick the fiber that was made of special type of glass material, which is able to be bonded with Si based MEMS pressure sensor through field-assisted anodic bonding process.
--Design and test CMOS photo sensor pixel (year of 2002-2003): The goal of this project is to design and implement several different type photosensors, and their performances were compared through experimental testing.
--Fabrication and characterization of MEMS pressure sensor (2001): In this project, MEMS pressure sensors were fabricated through bulk micromachining process and their performances
were evaluated.
--Fabrication and characterization of GaAs MESFETs (year of 2001): In this project, MESFETs of different sizes had been fabricated on GaAs wafer from scratch and their performances were evaluated.
--Design, simulate and test a simple Microprocessor (2000): In this project, a simple microprocessor was designed and simulated through an Altera version HDL language. Then, the microprocessor was implemented on an Altera FPGA chip. Its functionalities were also tested.
--Study of violin’s vibration and sound radiation (1998-1999): In this project, a violin’s vibration mode in play is studied through dynamic analysis method to identify its vibration normal mode.
--Study of fast laser ablation on porcine skin (1997-1998): In this project, Q-switch 1064nm ns laser pulses were used to ablate the porcine skin. The ablation probability at different laser pulse energy was measured to identify the ablation mechanism.
WORK EXPERIENCE:
--PostDoc Fellow, McMaster University, Canada, Recent
--Physics & Math Instructor, Upward Bound Program at College of Mount. St. Joseph, Sept. 2004 ~ Dec. 2006
--Research Assistant, Photonic System Development Lab at ECECS Department of UC, July 2000~ Aug. 2004
--Research Assistant, Bioacoustics Research Group at Dept. of Physics, East Carolina University(ECU), Sept. 1998 ~Aug.1999:
--Teaching Assistant, Dept. of Physics, ECU, Aug. 1997~Aug.1998
RECENT AWARDS:
--MOSIS 2004 MEP Program Award for fabrication of CMOS tiny chip
--2005 UC Travel Award to 2005 IEEE International Midwest Symposium on Circuit and Systems
RELATED PUBLISHING:
[1]Kuntao Ye and F.R.Beyette Jr., “Integrated optical nanoprobe sensor implemented using a mixed technology CMOS fabrication process”, 2005 IEEE International Midwest Symposium on Circuit and Systems, Cincinnati OH, August 7-10, 2005
[2]Don C. Abeysinghe, Vipul Ranatunga, Ajit Balagopal, Haichuan Mu, Kuntao Ye, David Klotzkin, “A Novel Technique for High-Strength Direct Fiber-to-Si Submount Attachment using Field-Assisted Anodic Bonding for Optoelectronics Packaging”, Photonics Technology Letters, Sept. 2004,Vol. 16, pp2150-2152
[3]K. Ye and F.R. Beyette Jr., “Characterization of a Monolithic Silicon MEMS Technology Compatible with a Standard CMOS Process”, SPIE ITCOM, Denver CO, Aug 2001.
[4]P. Bhadri, D.Sukumaran, K.Ye, S.Dasgupta, E.Guliants and F.R.Beyette Jr. “Design of a Smart Optically Controlled High Power Switch for Fly-by-Light Applications”, IEEE Midwest Symposium on Circuits and Systems, Dayton OH, 2001
[5]K. Ye and G. Bissinger, “Attaining ‘free-free’ normal mode frequency and damping conditions for the violin,”Proc. 18th Intern. Modal Analysis Conf.-Soc. Exp. Mechanics, Bethel, CT, 2000, pp. 398-403.
[6]G. Bissinger, K. Ye, Automated Hammer-impact Modal Analysis with a Scanning Laser Vibrometer: Working Example - A violin, Proc. SPIE Vol. 4062, Proceedings of IMAC-XVIII: A Conference on Structural Dynamics, Jan 2000, p.943
[7]G. Bissinger and K. Ye, “Effect of holding on the normal modes of an instrumented violin bow,” Proc. 17th Intern. Modal Analysis Conf.-Soc. Exp. Mechanics, Bethel, CT., 1999, pp.126-130.
[8]Chunzhou Zhang, Kuntao Ye, Guangying Zhang, Xiaoning Pan, Qin-yue Wang, “The Micro-cylinder's Thermal Radiation," Research and Development on Optical Properties of Condensed Matters, 1996,Vol 80
[9]Chunzhou Zhang, Hongshun Ji, Kuntao Ye, Jian Zhu, Guangying Zhang, Xiaoning Pan, Qinyue Wang and Jianming Wang, "Selective Excitation of Nd3+:YAG Microspherical Laser," J. Infrared Millim. Waves, 1997, Vol 16(2), p.147
[10]Chunzhou Zhang, Kuntao Ye, Hongshun Ji, Jian Zhu, Jingfa Lu, Xiaoning Pan and Qinyue Wang, The Micro-cylinder's local Density of modes, Optoelectronics laser, 1997, Vol. 6, p.491 |
Updated: 2007-05-19 |
MEMS and Nanotechnology Clearinghouse