Engineer Mechanical

Xing Jiao

*** ******** ***., *********, ** ***** 347-***-**** ********.***@*****.***

Objective

To obtain full time engineer position at mechanical design, mechanical testing, materials

characterization, heat treatment, materials processing, casting and forging manufacturing, alloy

selection and failure analysis in automotive manufacture or supplier.

Education

University of Nevada, Reno Reno, Nevada

Master of Science, Materials Science and Engineering GPA 3.5 Aug 2013

Merit-based full time scholarship supported by NSF career award

Harbin Institute of Technology (China) Weihai, China

Bachelor of Science, Materials Science and Engineering GPA: 3.3 July 2011

Third-class People's Scholarship holder (top 10%) 2008-2009

Provincial-level Merit Student (top 10%) 2009-2010

Experience

Mechanical design engineer

Sunny Chef, Co. Reno Nevada Aug. 2013- present

Modified the design of the prototype by merging three uniform pieces into one big

piece, which improved the stability and reliability of the solar oven, at the meantime,

simplified the manufacturing procedure

Improved the efficiency of productivity by making a data based tool (template),

which shorten the cutting procedure, together with the modified design, decreased

labor costs by decreasing the manufacturing time to 2/3

Graduate research assistant Reno Nevada Sept. 2011-Aug. 2013

Advanced Metallic Materials Lab University of Nevada, Reno

Microstructure evolution and mechanical behavior of magnesium and its alloys

experienced severe plastic deformation

Designed the mold for equal channel angular pressing (ECAP), built many of them

with cements and steel tubes, which decreased the costs of the mold by more than

90%, also made the change of experimental parameters much easier

Minimized the effects of difference in thermal expansion coefficient by drying the

mold at 50 , made the experiment implement successfully at different temperature

Processed pure magnesium and AM50 samples with ECAP, applied various heat

treatments during the whole process to improve its plasticity by adjusting the

microstructure, increased the hardness by more than 20%, decreased the average

grain size to around 1um, found out the best set of parameters to refine the

microstructure of pure magnesium

Xing Jiao

238 Rutledge Ave., Hawthorne, NY 10532 347-***-**** ********.***@*****.***

Undergraduate mechanical design and manufacturing practice

Mechanical Designing: drew an injection mold by using auto Cad, and assembled

different parts to build a lamp by using Pro-e Spring 2009

Metalworking Practice: learnt and practiced how to operate lathe, miller, planer,

grinder, drilling, CNC programing, arc welding and wire-electrode cutting, also built

a real mold by using sand Spring 2009

Electrical Engineering: designed the line circuit and welded different parts together

to build a radio which can receive FM signals Fall 2008

Manufacturing intern

The First Tractor Factory (Luoyang, China) May 2010

Fulfilled shop safety training, acknowledged casting, rolling, forging, stamping,

carburization, nitridation, machining and assembling processes

Social activities

Facilitator of intercultural plunge Fall 2013

Secretary of Gallop Badminton Club in University of Nevada, Reno 2012 -2013

Volunteer of the Beijing Olympics 2008

Skills

Proficient in : AutoCad, Pro-e, Solidworks and Microsoft Office

Fluent in English and Chinese (mandarin)

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