Educational Institution; 1001-5000 employees; Higher Education industry
August 2012 – Present
Focusing on the research area of , nanofabrication, metamaterials, plasmonics, lithography, biophotonics, nonlinear optics, nanofabrication, and bio-sensors/MEMS.
Public Company; 10,001+ employees; INTC; Semiconductors industry
June 2011 – July 2012 (1 year 2 months) Portland, Oregon Area
Technology research and development for 193nm dry/immersion lithography and overlay control.
Research Assistant
Educational Institution; Higher Education industry
August 2006 – Present (4 years 9 months)
Significant Research Projects:
Optical Limiting Device (Army Research Laboratory Project in collaboration with University of Central Florida, Georgia Institute of Technology, and University of Arizona)
• Overview: Enhanced two photon absorption 1000 times through nanoantennas design.
• Fabricated nanoantennas array with small gap (<10mm) through E-beam lithography.
• Characterized nonlinear refractive index through z-scan nonlinear measurement.
• Led the joint Universities fabrication team and managed the ultrafast laser systems (fs/ps) to develop optical table experiences.
Improving Plasmonic Resonance (Multidisciplinary University Project)
• Overview: Characterized internal crystal structure of thin films and plasmonic nonoantennas to reduce the loss in the metamaterial through low temperature annealing.
• Trained peers to operate XRD equipments (PANalytical, Inc) for thin-film stress/grain-size characterization
Technical Communication Skills:
• Peer Reviewer, Optics Express and Optics Letters, 2009-2010.
• Published two journal papers, five conference papers, and presented at international conferences.
Government Agency; 10,001+ employees; Military industry
October 2004 – January 2006 (1 year 4 months)
Special in radio and wire communication.
Educational Institution; Higher Education industry
July 2002 – June 2004 (2 years)
Overview: Involved in the national collaborative project, "Disease Diagnosis and Drug Screening with Multifunctional Opto-Electronic Biochip Systems."
• Improved the sensitivity of Surface Plasmon Biosensor by thin-film design.
• Developed three unique configurations of surface Plasmon optical sensors utilizing commercial and internally developed ellipsometers.
• Implemented an optical interference coating simulation tool using MATLAB.
Instrument Technology Research Center
Nonprofit; Government Relations industry
August 2003 – April 2004 (9 months)
Developed knowledge of optical thin film fabrication and processing; accomplished thin-film characterization through the ellipsometer measurement.
Second lieutenant
Graduate Research Assistant
Internship