An entry-level Welding Engineer position, utilizing problem solving, communication skills, and metallurgy mechanical knowledge. Results oriented excellent team player, able to work in an unstructured environment with a high degree of independence. I am technologically literate, business minded and highly adaptive.
Master of Science, Materials Engineering Expected Aug 2017
University of Cincinnati, Cincinnati, OH
Master of Science, Material Processing June 2013
Harbin Welding Institute, Harbin, Heilongjiang, China
Financed all college and living expenses by working as an engineer in my institute.
Received training in how to operate SEM, TEM and XRD for failure analysis.
Bachelor of Science, Material Processing and Control July 2010
Dalian Jiaotong University, Dalian, Liaoning, China
Received training in how to operate MAG, SAW and SMAW and test property of welding joint.
Received training in CAD Solidworks and Pro-e.
Designed a PLC system for a SAW machine.
Metallurgical, Material properties test, Failure Analysis, Mat lab, SAS, Origin, CAD, Solidworks, Pro-e, ANSYS and PLC design.
CAREER RELATED EXPERIENCE
Welding Engineer (2 years) June 2013 to July 2015
Harbin Welding Institute–Welding Material and Technology Harbin, Heilongjiang
Test property of welded joint. Use SEM, XRD and TEM to study the fracture and analyze failure mechanisms of joint.
Perform parts, assembly and circuit drawings utilizing Solidworks and AutoCAD.
Design production technology and procedure for welding material.
Study Laser Welding technology and ER410NiMo welding material for the turbine of Three Gorges.
Improved the impact toughness of welded joint from about 40J to about 130 J.
Study influence mechanism of inclusion and tissue on the impact toughness of welded joint
Study Laser – MAG hybrid welding technology and reduce the amount of inclusion in welding joint.
Study ER308L welding material for nuclear basket.
Maintained the resistance to intergranular corrosion of ER308L at about 0.35mm/month.
Study the resistance spot welding technology for Al alloy.
Studied the suitable welding parameter to reach desired welding point.
Effect of oxygen on the toughness of stainless steel welding seam and the measures of reducing oxygen in the welding seam.
Effect of oxygen on the toughness and tissue of 00Cr13Ni5Mo deposited metal.
HONORS AND AFFILIATIONS
Member, young volunteers association, China (2003-2010)