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Jan. 2010-present |
Chip-Scale Mechanical Spectrum
Analyzers (CSSA), DARPA, USA |
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Graduate Student Researcher
(GSR),
Berkeley Sensor and Actuator Center,
University of California at
Berkeley |
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High-Q AlN/3C-SiC micromechanical electroacoustic resonators
using high-order Lamb wave modes. |
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- The third-order
quasi-symmetric (QS3) mode exhibits a
low impedance of 91 ohm and a high Q of 5510 at 2.92 GHz,
showing the highest fxQ product, 1.61x1013
Hz, among suspended piezoelectric thin film resonators
to date. |
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Aug.
2007-Aug. 2009 |
Micro/Nano Scaling-Induced
Physics (MiNaSIP), DARPA, USA |
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Graduate Student Researcher
(GSR),
Berkeley Sensor and Actuator Center,
University of California at
Berkeley |
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Thermal compensation of aluminum nitride Lamb wave resonators
using one layer of silicon dioxide. |
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The
AlN/SiO2
Lamb wave
resonator shows a zero 1st-order TCF and a
2nd-order TCF of -21.5 ppb/ºC2
at 18
ºC. |
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- Demonstrate
AlN Lamb wave resonators with zero 1st-order TCFs and small
2nd-order TCFs at 214
ºC, 430
ºC, and
542
ºC,
showing potential frequency control and sensing applications at
high temperatures. |
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Jan. 2002-Oct. 2003 |
Development of IF Wide-Band SAW Filters,
NSC,
Taiwan ROC |
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Graduate Student Research Assistant,
Institute of Applied Mechanics, National Taiwan University |
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- Designed, fabricated, and measured intermediate frequency
wideband
(20-50%)
SAW filters
at 60 MHz on
Y-Z LiNbO3. |
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Aug. 2001-Jul. 2003 |
Analysis and Fabrication of Layered SAW Filters,
NSC,
Taiwan ROC |
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Graduate Student Research Assistant,
Institute of Applied Mechanics, National Taiwan University |
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Developed novel
SAW filters using slanted finger interdigital transducers on
layered
AlN/Si structures
for ultra-wide band applications at high frequencies. |
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May 2001-May 2003 |
Linear Surface-Acoustic-Wave Motors,
ITRI, Taiwan ROC |
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Graduate Student Research Assistant,
Institute of Applied Mechanics, National Taiwan University |
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Designed, fabricated, and measured the performance of the
linear SAW motor. |
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Jul.
2000-Mar. 2001 |
A Novel Micro-Scale Recombining Technique Using PDMS |
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Undergraduate Student
Research Assistant,
Institute of Applied Mechanics, National Taiwan University |
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Tested the nature properties of PDMS,
and reproduced micro patterns using PDMS. |
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Summer 2012 |
MEMS Advanced Development Engineer (Intern) |
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Analog Devices Inc., San Jose, USA |
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- Development of the
next-generation MEMS inertial sensors. (Supervisor: Dr. Houri
Johari-Galle) |
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Fall 2009 |
Graduate Student Instructor (GSI) |
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Department of Electrical Engineering and Computer Sciences,
University of California at Berkeley, CA, USA |
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- EE C245 / ME C218:
Introduction to MEMS Design (Instructor:
Professor Clark T.-C.
Nguyen). |
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Sep.
2005-Jul.
2007 |
Teaching Assistant |
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Department of Engineering Science and Ocean Engineering,
National Taiwan University, Taipei, Taiwan ROC |
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Courses: Basic Engineering Experiments, Electronics Lab,
Micro-Electro-Mechanical Systems, Mechanics of Materials, |
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Mechanics of Vibration, Structural Mechanics, Dynamics, Statics,
Calculus, and Oceanography. |
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Jan.
2004-May 2005 |
MEMS R&D Engineer |
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Advanced Technology Center,
BenQ Corporation, Hsinchu, Taiwan ROC |
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Project:
"Development
of the micro-liquid-controlling techniques and the related MEMS techniques" |
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Developed a CMOS-compatible MEMS product,
the inkjet head using twin thermal bubbles.
[Introduction
(PDF)] |
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- Tested reliabilities and
experimented with the new producing processes to improve yield
rates. |
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- Established the inspection rules
to distinguish between the working and failed dies. |
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Mar.
2002-Mar. 2003 |
Part-Time Teaching Assistant (Super
User) |
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Nano-Electro-Mechanical-Systems Research Center,
National Taiwan University, Taipei, Taiwan ROC |
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- Instructed and
qualified users in operating the E-beam evaporator and RF
magnetron sputter. |
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Applied Physics
Letters (APL) |
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Current Applied Physics |
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IEEE
Sensors Journal |
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IEEE Transaction on
Ultrasonics, Ferroelectrics, and Frequency Control (TUFFC) |
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Journal of Applied
Physics (JAP) |
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Journal of
Micromechanics and Microengineering (JMM) |
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Journal of The
Electrochemical Society (JES) |
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