Shuai Li

***** ***** **, ******, ******* ' 315-***-**** * ac8gka@r.postjobfree.com

SUMMARY

Professional CAE Engineer with experience of Durability and Vibration analysis

Excellent skills in using CAE tools in Hyperworks, Abaqus, Nastran, LS-DYNA, etc.

Well-trained CAD skills with 2+ years using CAD software, such as CATIA, UGNX, etc.

EMPLOYMENT EXPERIENCE

CAE engineer Generalety, LLC Canton, MI 2018.5 - Now

Developed CAE methods in simulation to achieve high accuracy and cost reduction

Conducted CAE structural strength and stiffness analysis of vehicle closures (Hinge, hoods, fuel tank caps, doors, pedals, etc.) in ABAQUS/Nastran to verify stress, deformation, etc.

Obtained natural frequencies and vibration modes by running normal modes and response analysis in Nastran, analyzed NVH performance and made optimization on structures

Analyzed vibration performance and made optimization on structures

Verified performance of vehicle door latches failure analysis with Ls-Dyna

Correlated CAE results with a testing database, developed methods to reduce errors between CAE and testing

Managed all the results for further development use

CAE engineer intern FEA online Beijing, China 2016.5 - 2016.9

The structural strength analysis of the lock worm journal

Compared three different cartridge designs and calculated breaking strength

Combined with stress contour and indicated the optimal design

Gave proposals on structural reinforcement design

Created 3D meshing of housing in Hypermesh

Conducted nonlinear static analysis in ABAQUS

Obtained the region of stress in HyperView and curves in HyperGraph

Design engineer intern Boyi Machinery Manufacturing Corp Ltd China 2014.8 – 2014.12

Created 2D&3D engineering drawings of parts of vehicles by CATIA

EDUCATION

M. S. in Mechanical Engineering Syracuse University 2015.9 - 2017.5

B. S. in Mechanical Engineering China University of Mining & Technology 2010.9 - 2014.6

ACADEMIC PROJECTS

Computational Fluid Dynamics Curriculum Project Syracuse University 2016.9 –2016.12

Minimized design time and iterative testing by CFD analysis tools and modeling skills

Optimized the surface mesh model in Star-CCM+, chosen all model setup parameters

Conduct the simulation at the different speed, focused on the mass flow rate of the intercooler and the engine cooling and plotted streamlines around the vehicle

Analysis of A Connecting Rod by FEM Syracuse University 2016.1 –2016.5

Analyzed a connecting rod in HyperMesh and OptiStruct

Obtained the contour of the stress and the displacement in Hyperview

Made optimization on the structural design of connecting rods