SU LIU

*** * ***** ******, **, Griffith, IN, ****9 ǀ 720-***-**** ǀ acsfjw@r.postjobfree.com

PROFILE

M.Sc. in Metallurgical Engineering with 3 Years of Academic and Industrial Research Experience

Profound Experience in Failure Analysis, Tensile, Charpy Impact, Hardness Tests and Metallogrphy

Expertise in Material Characterization Techniques: SEM, TEM, XRD, EDS and Optical Microscopy

Profound Experience in Strain Data Acquisition and Analysis of Metal Forming tests by DIC Technique

Professional in Performing Various Material Tests, Metallurgical Analysis and Reporting Findings EXPERIENCE

Research and Development Engineer Intern August 2015-November 2015 ArcelorMittal, East Chicago, IN, 46312

Generated the data base for commercially produced high strength sheet steels for automotive customers

Managed the timeframe, sample preparation in the forming test group and conducted LDH formability tests

Learned and applied Digital Image Correlation (DIC) technique to obtain strain data in a limited timeframe

Detected incipient necking occurrence on the metal surface by both mathematic and mechanics criterions

Performed data acquisition and analysis to draw forming limit curve (FLC) for customers using Vic-3D Graduate Research and Teaching Assistant September 2011-March 2015 Colorado School of Mines, Golden, CO. 80401

Thesis: Effects of Deformation Modes on the Susceptibility of Delayed Fracture of AHSS

This is a deeper analysis on mechanical behaviors of steel in stamping process from metallurgical perspective.

Developed a method to evaluate the delayed fracture sensitivity of advanced high strength sheet steels.

Readjusted the test methodology and experimental setup after a series of undesired preliminary results.

Key parameters were also refined and determined by applying more detailed computation and analysis.

Fracture surfaces and crack patterns were analyzed by SEM and optical microscope by failure analysis.

The details of crack were related with martensite, retained austenite, ferrite and carbides in microstructure

Presented results, findings and discussed future plans with industrial mentors at semi-annual sponsor meetings Research and Development Engineer Intern June 2013-August 2013 ArcelorMittal, East Chicago, IN, 46312

Material characterization: obtained base data and developed treatment techniques for a hydrogen study

Developed a treatment technique which reduced failed test rate for tensile test and saved time and cost

Conducted tensile tests and obtained the YS, UTS, UE and TE changes as a function of steel grade levels

Performed failure analysis by SEM to address automotive customers' issues regarding to steel quality

Self-motivated to learn and schedule thermal desorption analysis (TDA) in a teamwork atmosphere Mechanical Engineer Student (Co-op) September 2010-December 2010 Windsor Essex Community Housing Corporation, Windsor, ON, Canada

Worked with contractors, vendors, engineers and lawyers

Familiar with select technical documentation formats: Request for Quotation, Request for Proposal, Tenders

Effectively managed multiple projects in a fast-paced environment

Familiar with pinpoints and arrangement in attending meetings and site visitations SU LIU

750 N Elmer Street, C1, Griffith, IN, 46319 ǀ 720-***-**** ǀ acsfjw@r.postjobfree.com EDUCATION

Colorado School of Mines, Golden, CO, USA May 2015 Master of Science Metallurgical and Materials Engineering University of Windsor, Windsor, ON, Canada August 2011 Bachelor of Applied Science Mechanical Engineering Co-operative Education SKILLS

Technical Skills:

failure analysis, mechanical tests, digital image correlation (DIC), metal forming/stamping, mechanical design, corrosion, material characterization, fractography, SEM, XRD, metallographic sample preparation Computer Skills:

Vic-3D, AutoCAD, CATIA, Matlab, MathCAD, FEA, Grapher, ImageJ, MS Office, C Program RELATED ACADEMIC PROJECTS

Designed and simulated a Can Crusher in Computer Aided Design course

Created a Trebuchet by sticks and made it work efficiently in Dynamics course

Designed and produced a Pressure Vessel by cardboard in Stress Analysis course

Obtained data and diagrams of a Vee-twin Engine by MathCAD in Machine Dynamics VOLUNTEER EXPERIENCE

University of Windsor, Windsor, ON, Canada September 2009

Responsible for new student parent consulting of the Windsor Welcome Week 2009

Introduced some features of our university and directed them to various buildings.

Enhanced myself in management skills and meeting logistics. ACADEMIC COURSES

Metallurgical and Materials Engineering:

Mechanical properties of materials, Advanced forging and forming, Current development in ferrous alloys Mechanical Engineering:

Dynamics, Machine Dynamics, Thermodynamics, Fluid Mechanics, Stress Analysis, Mechanical vibrations, Heat and mass transfer, Control Theory, Machine design, Automotive engineering fundamentals

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