Engineer Software Developer

Pan Wang

Madison WI *****

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

Mobile: 817-***-****

An excellent graduate student in Computational Analysis & Modeling with

experience in object oriented software development, GUI development and

mathematical modeling & analysis, and a network professional with success

designing and maintaining network protocols and servers codes, which were

developed on embedded DSP processors. Proven skills to solve problems and

ability to take initiative and act as a strong team player.

Education:

03/2005-11/2008, Louisiana Tech University, Ruston, LA, USA

PhD, Computational Analysis and Modeling, GPA: 3.9/4.0

M.S., Mathematics & Statistics, GPA: 4.0/4.0

09/1997-07/2001, Shanghai Jiao Tong University, Shanghai, China

B.S., Biomedical Engineering

Professional Experiences:

Epic Systems Corporation, Madison, WI 12/2008-present

Software Developer

Serve as team member of ambulatory team. Design, develop and maintain the

healthcare (EHR) client and server application for the clinic visit

workflows by using VB, Cache and some HTML and CSS technologies.

Shanghai Longlin (MPI) Communication Company, Shanghai, China 07/2001-

01/2003

07/2001-01/2003, Research & Development Engineer

Served as team member of MediaNet Protocols Team. Designed, developed and

maintained the protocols and codes for VOD Server and Multicast Server on

the new MediaNet network, which was based on a highly efficient protocol

for the delivery of high-quality multimedia communication services.

08/2002-01/2003, R&D Group Administrator

Designed the standard coding template for all network servers on the

MediaNet. Promoted to group administrator, the group was responsible for

the development and maintenance of the protocols and codes for VOD Server,

Broadcast Server, and Equipments Management Server.

Academic Research Experiences:

03/2007-11/2008

Independently designed, developed and maintained an image processing

software, SES IMage 1.0, which can display, edit, analyze and process

images. One of prominent features of SES IMage is that it can do

segmentation and information extraction for microarray image analysis.

05/2006-11/2008

Developed Partial Differential Equations (PDE) based numerical methods and

computer programs for digital image smoothing, enhancement, and

segmentation.

09/2007-07/2008

Developed a numerical method and computer program for studying thermal

deformation in single- and double-layered 3D microspheres exposed to

ultrashort pulsed lasers.

01/2008-04/2008

Using nonlinear regression method, fitted one- and two-compartment models

that were based on a species mass balance to the experimental data in order

to select the best model that simulates the dynamics of dextran release.

03/2005-04/2006

Developed a single-layer homogenous spherical computer model and a four-

layer non-homogenous spherical computer model to simulate the depth

detection of dipoles in the brain using pseudo-bipolar electrodes.

09/2000-07/2001

Developed a courseware for Digital Image Processing using Authorware and

Delphi, which covered the class notes and image processing examples. This

courseware was awarded 2002 Shanghai (China) Excellent College Courseware

Prize.

Skill Set Summary:

C++, VB, Cache, HTML, Borland Delphi, and the basic knowledge of SQL, Perl

and JavaScript.

Publications:

P. Wang, S. Ni, M. Paun, W. Dai, and A. Paun, Spotted cDNA microarray image

segmentation using ACWE.

P. Wang and W. Dai, A Hyperbolic Two-Step Model Based Finite Difference

Method for Studying Thermal Deformation in a 3D Micro Sphere Exposed to

Ultrashort-Pulsed Lasers, Numerical Heat Transfer.

S. Zhang, P. Wang, and W. Dai, A Finite Difference Method for Studying

Thermal Deformation in 3D Double-Layered Micro Structures, The Open Applied

Mathematics Journal.

R. Nassar, J. Palmer, Y. Wu, W. Dai, P. Wang, and M. J. McShane, Modeling

Mass Transfer of FITC Labeled Dextran from Polyelectrolyte Microcapsules,

Chemical Engineering Communication (CES) Journal.

X. Du, W. Dai, and P. Wang, A Finite Difference Method for Studying Thermal

Deformation in a 3D Micro-Sphere Exposed to Ultrashort-Pulsed Lasers,

Numerical Heat Transfer.

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