Design Mechanical

Name: Fangfang Zhu

Address: **** **** ** *******, ** 77058

Email address: *****************@*****.***

or ***********@***.***

Phone number: 307-***-****

OBJECTIVE:

To become Mechancial design/engineer/drafter with a progressive organization where my skills can be utilized to their full potential.

TECHNICAL SKILLS:

MS-DOS, Windows: 10 years of experience

Visual C++: 3 years of experience

Matlab: 2 years of experience

Python: 6 month of experience

SolidWorks, Unigraphic: 2 years of experience

PRO/E: 3 years of experience

Abaqus: 2 years of experience

CATIA: 1 years of experience

INDUSTRY EXPERIENCE(3 years ):

1. Co-researcher for a radar connection part(cross-garnet butt) in Hefei University of Technology(HFUT) and ECRIEE(East China Research Institute of Electronic Engineering)) (9/2005---9/2006)

2. Co-researcher for Implementation of Customized Design System For Commonly Used Parts under U.G(Unigraphic) with HFUT and China National of Standardization(8/2006---1/2008)

3. Co-designer for a PDM(product data manage) system with HEFEI ANKAI LIGHT VEHICLEF CO. LTD and HFUT(12/2007---5/2008)

ACADEMY EXPERIENCE(4 years):

1. Graduate Assistantship in University of Wyoming(2008-2010)

2. Graduate Student in University of Florida(2010-2012)

LANGUAGES

English, Chinese.

Honors & Awards:

2003 HFUT Excellent Student Fellowship

2004 HFUT Excellent Student Fellowship

2008-2010 University of Wyoming Teaching Assistantship

2010-2012 Florida University Achievement Award

ACHIEVEMENT (projects)

1. Three Dimensional Designing and Molding of Radar Parts

Design the mechanical structure of a radar system. Including:

a): structure modification: Stress analyzing and sound effect controlling;

b): modeling: modeling the 3-D/2-D technical drawing in ProE

2. Implementation of Customized Design System For Commonly Used Parts with CATIA (Programming using VC++)

A system for 3-D modeling and strength analysis of commonly used parts is implemented under the VC++ environment. Based on CAA RADE platform architecture of the system is built. And the process of building three dimensional model with CATIA API has been programmed within this system.

3. Implementation of Customized Design System for Commonly Used Parts with U.G OPEN API (Programming in VC++)

Including design of Gears bearings and belts …etc. Modeling and strength analysis process have been done on a software platform programmed by VC and UG OPEN API

4. Design works of a SCARA(Selective Compliant Articulated Robot Arm) Industrial robot

This SCARA robot is an industry robot. It has four degrees of freedom. Among them, three are revolving degrees of freedom and one is move degree of freedom. It can do flat surface move with an attribute of flexibility. The design work includes mechanical system design, control system design and programming a software for the whole system.

5. Regression of HP(Hydropress) machine’s Main Parameters and Its Application In Remodeling(SolidWorks)

6. The effect of the glass transition temperature on the toughness of photopolymerizable (Meth) acrylate networks in PBS solution.(2008-2010)

7 Non-linear finite method for hyperelastic material using Newton-Raphson method(2011-2012)

Using Matlab and ABAQUS to program a code that calculate the displacement and stress of a hyperelastic material(Mooney-Rivlin Model) .

Paper

1.Implementation of Customized Design System for Commonly Used parts in UG……MACHINE TOOL & HYDRAULICS Magazine.( published in Dec, 2007 )

2.Regression of HP machine’s Main Parameters and Its Application In Remodeling(To be Published)

ACADEMIC QUALIFICATIONS

1. From 2001 to 2005

Bachelor: mechanical design(Graduation: July. 2005)

Dept. of Mechanics and Automobile

Hefei University of Technology(HFUT), China

GPA: 83.3/100

2. From 2005 to 2008

Master : Mechanical Design

Dept. of Mechanics and Automobile

Hefei University of Technology(HFUT), China

GPA: 82.9/100

3. From 2008 to 2010

Master : Solid Mechanics

Dept. of Mechanical Engineering

University of Wyoming

GPA: 3.337

4. From 2010 to 2012

Master : Solid Mechanics

Dept. of Mechanical and Aerospace Engineering

University of Florida

GPA: 3.51

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