yyyyyy x. yyyyyy      1800 e. spring creek parkway, #0000 xxxxxx xxxx , xxxx , xxxxx 00000

(xxx-xxx-xxxx                                                                                                                            abc@xyz.com

 

objective

exploring career opportunities to utilize industrial technology, manufacturing, thermal testing, modeling, work flow, project oversight and organizational abilities in a challenging assignment.

 

career profile

ø  master of science, industrial technology.

ø  bachelor of technology, mechanical engineering

ø  knowledgeable in all facets of manufacturing unit operations and work flow.

ø  skilled in production planning, staff supervision and cost control.

ø  proficient with polymeric reinforced composites, manufacturing and mechanical/thermal testing per astm standards

ø  expertise in cad/cae 3-d modeling using pro/e and autodesk inventor professional-11.

ø  perform in-depth analysis using ansys.

ø  exceptional team player.

ø  strong analytical and interpersonal skills

ø  proven track record of completing complex projects on-time and at-cost.

ø  facilitate scheduling and achievement of quality standards within stringent deadlines.

ø  outstanding competence in communications, presentations and policy/procedures.

education

texas state university, san marcos, tx

master of science, industrial technology, 2008

3.33 gpa

thesis:              low cost manufacturing and performance evaluation of soy-based polyurethanes/e-glass composites

 

research award, 2008, service and leadership award, 2008

 

ingram school of engineering, plastics and composites laboratory                                          2007 - present

graduate research assistant, supervisor: dr. jitendra s. tate

• study manufacturing of composites using vacuum infusion processing including nano-modified epoxy/carbon composites for applied nanotech, inc and nano-modified polyurethane/e-glass composites.
• conducted static mechanical testing covering tension, compression, v-notch shear, flexure, short-beam and axial fatigue tests on composites using astm standards.
• facilitated thermal tests using thermo mechanical analyzer (tma) to evaluate cte, glass transition temperature (t_g), and heat distortion temperature (hdt).
• presented research paper on bio-based composites at sampe 08 conference, may 2008.
• delivered poster related to bio-based composite materials on mitte honors day, march 2008.
• designed monobloc plastic chair in proe with stress analysis performed in ansys  and manufactured by using injection molding process, november 2007

 

ingram school of engineering, rapid prototyping laboratory                                                                   2007

research assistant, supervisor: dr. bahram asiabanpour

  successfully designed 3d models in pro-e and autodesk inventor professional-11 and machine parts in autocad and produced with plasma cam.

  designed and fabricated an automated guided vehicle system, 2005.

  designed and built automated guided vehicle (agv) model with motion, with capability to transport material in a machine shop and controlled by micro controller.

  study on vapor absorption system, 2005.

  identified advantages of vapor absorption machine in power plant setting.

 

 

kakatiya university, warangal, india

bachelor of technology, mechanical engineering, 2005