Summary
An excellent Research Student in MSE with Six years of Academic training and Laboratory experience, and with Strong Leadership and Teamwork ability.
Objective
To obtain a fulltime position as a materials engineer in your respected corporation
Education
01/2012 – 01/2014 Department of Materials Science and Engineering, Carnegie Mellon University (CMU)
Major: Master of Science in Materials Science GPA: 3.5/4.0
09/2007 – 07/2011 Department of Physics, Northwestern Polytechnical University (NWPU), P. R. China
Major: Bachelor of Science in Materials Physics GPA: 87.2/100
Research Experience
Master Project: Resistive Switching Mechanism of Metal Oxide, Prof. Marek Skowronski’s Group, CMU, 06/2012-Present
• Testing electrical characteristics for devices (TiO2, SrTiO3). Structure: Pt/TiO2/Pt/Ti/SiO2/Si. Vertical dimension is 10nm – 100nm, lateral dimension is 100nm - 100um. Involving in using of SEM, AFM, Probe station, Optical Microscopy, Source meter, NI LabVIEW.
• Trying to estimate the temperature of top electrode (Pt). Involving in using of SEM, AFM, COMSOL simulation software, Scanning Thermal Microscopy (SThM) and grain growth theory in thin film Platinum
• Trying to reason the mechanism of electrocoloration of single crystal Materials (STO, Rutile) - Ongoing
Bachelor Project: Mechanism of Microstructures of Melt-spun Ribbons, Prof. Nan Wang’s Group, NWPU, 02/2011-06/2011
• Making and observation of Fe-Sn hypermonotectic alloys ribbons which come from melting-spinning technique
• Trying to reasoning the influential factors on the formation of ribbons
Bachelor Project: Mechanism of Phase Separation in the SCN-H2O System, Prof. Nan Wang’s Group, NWPU, 03/2010-05/2010
• Designing and making a round container for SCN-H2O, which can produce radial temperature condition
• The real-time observation and some reasoning of phase separation in the SCN-H2O system
Core Courses:
Thermodynamics in Materials Defects in Materials Structure of Materials Diffusion in Materials Bonding of Materials Processing and Properties of Thin Films Solidification Processing Foundations of Semiconductor Nanostructures Mechanical Behavior of Materials Solid State Physics Introduction to Photonics Semiconductor Physics and Apparatus Nano Materials and Technology Laser Principles and Technology Instrumental Analysis of Materials Solar Energy System
Skills:
Lab instruments: Scanning Electron Microscopy (XL30/Nova600) Atomic Force Microscopy (Veeco) Probe Station
Digital Optical Microscopy Melt Spinn...
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