System Project

Ming Fang

**** **** ******* ***, *********, California • ac0ur0@r.postjobfree.com • 832-***-****

SUMMARY OF QUALIFICATION

* *****’ research experience in laser spectroscopy, ultra-high vacuum, surface chemistry, and material science

4 projects about dynamic simulation of corrosion and catalysis system

Expertise in thin film nano-fabrication and various surface analysis techniques

Excellent writing and presentation capability, strong problem-solving skill, team work and communication skill EDUCATION

Ph.D. in Chemistry, University of Houston, Houston, United States 01/2011-05/2016 B.S. in Chemistry, Beijing Normal University, Beijing, China 09/2006-06/2010 SKILLS

Programming and software: Python, Matlab, LabVIEW, ImageJ, Solid Works Lab: XPS, XRD, FTIR, AES, LEED, FIB, PVD, Nanofabrication (eBeam writer, RIE, sputtering, AFM, SEM) PROJECT EXPERIENCE

Combustion Research Facility, Sandia National Lab, Livermore, California, USA (Postdoc Fellow) 11/2016-current

Develop the nonlinear spectroscopy scattering method to study the surface chemistry on soot particle. Nanofabrication Facility, University of Houston, Houston, USA (Postdoc Fellow) 05/2016-11/2016

Optimize reactive ion etching (RIE-180) recipes to optimize the etching selectivity and rate.

Develop the nano-imprint lithography process to manufacture 100 nm grating stamp.

Work with team to ensure the process and tool stability meet the qualification and reliability requirements for the technology.

Prof. Baldelli’s Surface Chemistry lab, University of Houston, Houston (Graduate Student) 01/2011-05/2016

Designed an UHV system with ion sputtering, AES and LEED and built the UHV system

Designed and built new version nonlinear imaging system with higher resolution and faster acquisition by Zemax

Manufactured thin film via evaporator and CVD and Performed surface analysis in UHV system

Manufactured nanoscale zinc/copper pattern through E-beam writer and performed corrosion analysis

Characterized corrosion behaviors across the copper grain boundaries by nonlinear imaging system

Simulated the anticorrosion properties of organic thin film for the corrosion on zinc & copper alloy surface

Investigated catalytic process of copper in methanol synthesis

Programmed to collect and analysis data from pulsed laser and CCD camera by Python and LabVIEW

Mentored 2 graduate students and 1 undergraduate student in experiment design and data analysis

Wrote program using LabVIEW to collect and analysis data from the laser microscope system

Built a PID control system temperature control in UHV system with LabVIEW program

Collaborated with 4 research groups in and out of U.S.

Negotiated with more than 20 companies for materials, equipment and machining supply to start the project State Key Laboratory of Molecular Reaction Dynamics, Chinese Academy of Science, Beijing 09/2009-12/2010

Used vibrational spectroscopy and electrochemistry to study air/ionic liquid electrochemical interface SELECTED LEADERSHIP

Discussion Leader of 2014 Gordon Research Seminar-Vibrational Spectroscopy 08/2014 SELECTED HONORS

2015 Graduate Research Award, University of Houston 05/2015 SELECTED PUBLICATIONS AND PRESENTATIONS

4 Published first-author papers; 2 papers in preparation for journal publication; 5 international conference presentations

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