Mechanical Engineering

Albert Yu Pan

U.S Citizen

**** *.****** ** #*, Arcadia California, 91007

Home: 626-***-****

Cell: 626-***-****

e-mail: ***********@*****.***

. Objective: Mechanical engineering

. Education:

Master of Mechanical and Aerospace Engineering

University of California, Los Angeles

GPA: 3.8

Bachelor of Mechanical and Aerospace Engineering

University of California, Los Angeles

June, 2011

GPA: 3.8

Associate in Arts

Pasadena City College, Pasadena

(Satisfy, but did not apply)

GPA: 3.861

. Skill:

Basic knowledge of programming language: C/C++

Application software: Microsoft office 2003

and 2003(Word, Excel, Power-Point, Access)

Autodesk Inventor,

Finite Element Analysis: Software used: Abaqus

Machining: CNC machine, 3D printer, and

Electrial Discharge Machine

Language: Chinese and

English

. Working Experience:

WinCal Technology Corporation, Montebello, CA

March, 2008-Sept, 2008

Technician

Made printed, cut, and drilled circuit board

Soldered electronic components onto the board

Tested digital video recorder and monitors before

installing them on buses

Product Management

Manage to produce devices in the bus' security

system.

. Research:

. UCLA Nondestructive Evaluation (NDE) (2010-present)

. Description: The research group at UCLA focuses on solid

mechanics and nondestructive evaluation. Damage mechanisms

in structural materials (high strength metallic alloys, and

fiber- reinforced composites) and ways of nondestructively

evaluating these damages (from low-velocity impact,

corrosion, and fatigue loading).

. Project: Propagating wave impulses through carbon fiber

composites using a wave function generator, amplifier,

oscilloscope, and piezoelectric transducers through

ultrasonic gel medium to measure wave speed.

. Mechanical Engineering Laboratory MAE157

. Description: Error analysis, writing engineering level

reports, execution of experiments, data acquisition, data

analysis with excel,

. Topics: Stress Analysis, Pipe Flow, Heat Exchanger,

Centrifugal Pump, Otto-Cycle Engine Analysis,

Refrigeration, Air flow over heated cylinder

. Equipment Experience: differential pressure transducer,

electronic scale, centrifugal pump operation, rosette

strain gage, Fowlkes pneumatic controller, polariscope,

wind tunnel, miniature heat flux meter

. Natural frequency of a red blood cell

. Description: The research focuses on determine the natural

frequency of a red blood cell as it changes its shape.

. Project: Simulate the model of a red blood cell and make

analysis using finite element method.

. Engineering Courses Complete:

Statics (MAE 101)

Dynamics of Particles and Rigid Bodies (MAE 102)

Fluid Mechanics (MAE 103)

Engineering Thermodynamics (MAE 105A)

Heat Transfer (MAE 105D)

Modeling and Analysis of Dynamic Systems

(MAE 107)

Advanced Statics and Strength of Materials

(MAE 156A) Mechanisms and Mechanical Systems( MAE 162A)

Mechanical Product Design(MAE 162B)

Introduction to Computer-Aided Design and Drafting (MAE 94)

Electrical and Electronic Circuits (EE 100)

Mathematics of Engineering (MAE 182A)

Science of Engineering Materials (MAT-SCI 104)

Mechanical Behavior of Materials (MAT-SCI 143A)

Material Science-Polymer (MAT_SCI 150)

Basic Mechanical Engineering Laboratory (MAE 157)

Finite Element Methods (MAE M168)

Feedback Control (MAE 171A)

Mechanical Vibrations (MAE169A)

Intermediate Fluid Dynamics (MAE150A)

. Honor & Activities:

Honors in Chemistry

June, 2008

Alpha Gamma Sigma Honors Society

Dec, 2007

Dean's Honor at PCC

Sept, 2007

Tau Beta Pi

Jan, 2010

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