Engineer Engineering

Shaowu (Shawn) Pan

**** ***** ****, *** *****, MI, 48105, USA

********@*****.*** • +1-734-***-**** • http://flowphysics-pan.weebly.com/ OBJECTIVE Dedicated graduate student seeking CFD engineer position SUMMARY Skilled in mechanical design Inventor/Autocad/Catia Experienced in CAE Hyperworks/ANSYS/CFD-ACE/Gambit/Gridgen/Abaqus/Tecplot/Paraview Proficient in programming with C/C++/Fortran/Matlab/Labview Knowledgeable in fluid dynamics/CFD/MBD/solid mechanics/heat transfer/HPC/FEA EDUCATION University of Michigan, Ann Arbor, Michigan, USA Master of Science in Engineering (M.S.E.) in Mechanical Engineering Aug 2014 – Dec 2015

• Cumulative GPA: 3.9 / 4.0

Beihang University, Beijing, China

Bachelor of Engineering (B.E.) in Aircraft Design and Engineering Sep 2009 – Jul 2013

• Cumulative GPA: 3.9 / 4.0

Bachelor of Science (B.S.) in Applied Mathematics Sep 2010 – Jul 2013

• Cumulative GPA: 3.7 / 4.0

EXPERIENCE Scientific Computing and Flow Physics Lab Graduate Research Assistant Sep 2014 – Dec 2015

• Accomplished numerical simulation of compressible homogeneous isotropic turbulence on 4096 cores

• Redesigned a parallel 3D Direct Numeric Simulation (DNS) code using high order finite difference with central scheme on split convective term to achieve de-aliasing with Mvapich2 (MPI) and HDF5 (MPI-IO)

• Advanced the understanding of bulk viscosity effect on compressible homogeneous isotropic turbulence by performing parallel (OpenMP) data analysis managed by Unix-scripts to analyze terabyte scale data

• Uncovered vortex structure with Vislt/Paraview and various statistic quantities with Tecplot/Matlab Advanced Micro-Fabrication Equipment Inc.

Research Engineer, CAE Department Mar 2015 – Jul 2015

• Led two projects on accurate simulation of rarefied gas flow inside vacuum pump and micro heat transfer

• Built quadrilateral/triangle grid meshes tailored to capture separation/strong pressure gradient region, smooth grid transition, equiangular skewness, and aspect ratio with CFD-GEOM

• Evaluated pressure ratio and flow rate numerically by implementing slip-wall conditions, effective viscosity and Knudsen layer modification to Navier Stokes equation in user-defined subroutine

• Accelerated simulation process more than 100 times by programming a fast transformation of a customized grid format grid mesh format (NGP) which is crucial to an in-house Monte Carlo simulation platform

• Developed a customized direct simulation Monte Carlo code for micro-heat transfer reducing labor cost

• Assisted colleagues using my software and documented user manual for further development National Lab for Computational Fluid Dynamics

Undergraduate Research Assistant Sep 2011 – Jul 2013

• Analyzed injection in supersonic combustion analytically and numerically to develop cooling techniques

• Contributed a similarity theory for heat transfer in combustible turbulent boundary layer, which matches satisfactorily with results from Reyonlds-Averaged-Numerical-Simulation (RANS)

• Conducted parallel (MPI) RANS of 2D supersonic mixing combustion of hydrogen and air with Mach number = 1.2 with SST k ! for modelling turbulence with flamelet model for combustion chemistry

• Simulated hypersonic rarefied flow over wedge to study rarefied effect by comparing traditional CFD tools (FLUENT) and a parallel direct simulation Monte Carlo code developed by myself, which showed traditional CFD tools based on N-S equation can be improved in predicting skin friction, heat transfer

• Authored two papers on top journal in aerospace engineering and top conference in rarefied gas dynamics ACADEMIC

HONORS

& AWARDS

Rackham Summer Award Jun 2015

One of 100 awardees in all graduate students across University of Michigan, Ann Arbor Singapore Technology Engineering Scholarship 2009 – 2013 Five of the awardees in department

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