Yu-Chong Tai - Caltech Micromachining Laboratory
Yu-Chong Tai - Caltech Micromachining Laboratory
Yu-Chong Tai - Caltech Micromachining Laboratory
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<strong>Yu</strong>-<strong>Chong</strong> <strong>Tai</strong> , Ph.D.<br />
Professor of Electrical Engineering, Mechanical Engineering & Bioengineering<br />
Mail Stop 136-93<br />
California Institute of Technology (<strong>Caltech</strong>)<br />
Pasadena, CA 91125<br />
Tel: (626) 395-8317, Fax: (626) 584-9104,<br />
E-mail: yctai@mems.caltech.edu Website: http://mems.caltech.edu<br />
Ph.D.<br />
MS<br />
ROTC<br />
BS<br />
<strong>Caltech</strong> -<br />
UC. Berkeley-<br />
Education<br />
1989, EECS Department, University of California at Berkeley<br />
1986, EECS Department, University of California at Berkeley<br />
1981-83, ROTC Program, <strong>Tai</strong>wan<br />
1977-1981, EE Department, National <strong>Tai</strong>wan University (NTU)<br />
Academic Experience<br />
2005-present, Professor of EE, ME and BE<br />
2005-2008, Executive Officer (i.e., Deaprtment Chairman) of EE<br />
2002-present, Professor of Bioengineering and Electrical Engineering<br />
2002-2005, Option Representative (i.e., Vice Chair), Electrical Engineering<br />
2000-present, Professor of Electrical Engineering<br />
1995-1999, Associate Professor of Electrical Engineering<br />
1989-1994, Assistant Professor of Electrical Engineering<br />
(Research: MEMS – sensors, actuators, smart skins, lab-on-a-chip)<br />
1988-1989, Graduate Instructor (GI)<br />
1983-1988, Graduate Research Assistant (GRA)<br />
(Research: Polysilicon Mechanisms and Micromotors)<br />
Prize/Award/Honor<br />
2011 Finalist Prize, (Student: W. Shi on blood count) the Lemelson MIT-<strong>Caltech</strong> Award.<br />
2010 Breakthrough Award, Popular Mechanics, 2010<br />
2010 Runner-up Prize (Students: W. Shi), 2010 IEEE President’s Change the World<br />
Competition<br />
2010 Best Paper Award (Student: J. Lin), IEEE NEMS Conference<br />
2009 Best Teacher Award, Peking University Micro/nanotechnology summer school.<br />
2007 Finalist of the Best Student Paper (Student: S. Zhang), IEEE NEMS Conference<br />
2006 Best Poster Award (Student: PJ Chen), MicroTAS Conference, 2006.<br />
2006 Best Student Paper Award (Student: J. Shih), IEEE Sensors Conference, 2006.<br />
2006 Fellow, IEEE<br />
2005 Excellence in Teaching Award, California Institute of Technology (<strong>Caltech</strong>)<br />
2005-2007 Adjunct Professor, Institute of Microelectronics, Peking University<br />
2005 Research Award, National Maritime Research Institute, Japan<br />
2004 Fellow, Institute of Physics (IOP)<br />
2002 Achievement Award, Association of <strong>Laboratory</strong> Automation (ALA)<br />
2000 Finalist Aerospace Award, the 11 th Discover Magazine Award, DISCOVER<br />
1999 Achievement Award, Chinese-American Engineers and Scientists Association of Southern<br />
California (CESASC)<br />
1998 Best Paper Award, NARM/EIA International Relay Conference<br />
1991-1998 Packard Fellowship, The David and Lucile Packard Foundation<br />
1991-1996 Presidential Young Investigator (PYI) Award, NSF<br />
1989 David J. Sakrison Memorial (Best Thesis) Prize, Department of EECS, UC Berkeley<br />
1988 Best Student Paper, IEEE Int. Electron Device Meeting (IEDM’88)<br />
1988-89 IBM Fellowship<br />
1987 Ross N. Tucker, AIME Electronics Material Award<br />
Academic/Committee Activities<br />
2007-Present Editorial Board, IEEE Review on Micro, Nano and Molecular Systems
2006 Honorable Chair, IEEE NEMS Conference<br />
2006 US Technical Program Chair, IEEE Sensors Conference<br />
2005 Program Committee, IEEE MOEM Conference<br />
2005 Technical Program Committee, IEEE Sensors Conference<br />
2004 Program Committee, IEEE MOEM Conference<br />
2004 Technical Program Committee, IEEE Sensors Conference<br />
2003-present Member, BMES ERC Center at USC, NSF<br />
2003-2006 Subject Editor, IEEE/ASME Journal of MEMS<br />
2003 Chair of the Steering Committee, 2003 IEEE MEMS Conference.<br />
2003 Program Committee, IEEE MOEM Conference<br />
2002-present Member, URETI CMISE Center at UCLA, NASA<br />
2002-present Member, CENS ERC Center at UCLA, NSF<br />
2002-2004 Section Editor, Sensors and Actuators<br />
2002 Program Committee, IEEE MOEM conference<br />
2002 General Chairman, International IEEE MEMS Conference<br />
2001 Technical Program Chair, IEEE MEMS Conference<br />
2001 Technical Program Committee, IEEE MEMS Conference<br />
2000 Technical Program Committee, IEEE ICRA Conference<br />
2000 Technical Program Committee, IEEE MEMS Conference<br />
1999-2003 DARPA Information Science and Technology (ISAT) Study Group<br />
1999 Technical Program Committee, IEEE MEMS Conference<br />
1999 Program Steering Committee, MOEM’99<br />
1998-present Member, CNSE ERC Center at <strong>Caltech</strong>, NSF<br />
1998 Technical Program Committee, IEEE MEMS Conference<br />
1998 Scholarship Committee, Phi Tau Phi<br />
1997 Technical program Committee, IEEE MEMS Conference<br />
1997-present MEMS Administration Committee, IEEE Electron Device Society<br />
1997 Technical Program Committee, Int. Optical MEMS Meeting<br />
1996-present Associate Editor, J. of Micromechanics and Microengineering<br />
1993-1995 Technical Committee, IEDM, IEEE<br />
1990-1996 Scholarship Committee, CESASC<br />
Research Topics and Interests<br />
Dr. <strong>Tai</strong>’s research is centered on the <strong>Caltech</strong> MEMS <strong>Laboratory</strong> (http://mems.caltech.edu) that he<br />
built at <strong>Caltech</strong>. This is an 8,000 sq. ft. facility completely devoted to MEMS research. This facility has a<br />
clean-room lab (4,000 sq. ft), CAD lab, and a measurement/metrology lab. It is constantly supporting about<br />
30 researchers (graduates, postdocs, visiting scholars and industrial members) to develop innovative<br />
MEMS/NEMS devices such as micromotors, microphones, micro scanning mirrors, neural chips, micro<br />
relays, micro power generators, etc. Among his works, he has extensively worked on active fluid sensing<br />
and control. Successfully developed MEMS devices included pressure sensors, shear-stress sensors, hotwire<br />
anemometers, flexible sensor skins, magnetic actuators, rubber-balloon actuators, etc. Nevertheless,<br />
his research always emphasizes MEMS system integration. For examples, his research portfolio includes<br />
smart MEMS surface for drag-reduction in turbulence, MEMS for delta-wing aerodynamic control, and<br />
MEMS-maneuvered unmanned aerial vehicle (UAV). For the last 10 years, he has also launched a major<br />
effort towards bio/medical devices such as microfluidics, labs-on-a-chip and biomedical implants. His lab<br />
has developed the first complete high-performance liquid chromatography on-a-chip for total biochemical<br />
analysis. He also has various collaborative research programs to develop cortical, retinal and spinal<br />
implants based on a parylene MEMS technology he developed in his lab. He has published about 500<br />
articles and 6,500 citations, including 115 granted and pending patents in the MEMS field.<br />
Publications are available upon request.