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Engineer Civil Engineering

Westland, Michigan, United States
February 07, 2019

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Eung Lee

***** ***** ****, ********, ** ***** (T: 248-***-****)


• 20 years of CAE experience in occupant safety, crashworthiness, and active safety

• Proficient in CAE analysis using LSDYNA, RADIOSS, PAMCRASH, and MADYMO

• In-depth understanding of FE theory/analysis and knowledgeable in various mechanics

• Hands-on experience of Team Center, Hyper Mesh, Hyper View, NASTRAN, ABAQUS, Mode-Frontier, C, Design of Experiment, MATLAB, Simulink, Six Sigma, and MS Works

• PhD in Computational Mechanics with an emphasis on finite element method Work Experience

Product Development Engineer, Ford Motor Company (2000-2018)

• Took charge of creating Ford global CAE best practices for LSDYNA/RADIOSS modeling of various vehicle structures (DAB, PAB, BIW, front seat, rear seat, side door, bumper, rivet, clip, truck cab, trailer hitch, front end sheet metal for truck, pickup box, door handle, lift gate & deck lids, bumper fascia, etc.)

• Build up CAE models for the design of airbags and belt using MADYMO, LSDYNA, and RADIOSS

• Analyzed full vehicle SORB (small offset rigid barrier) using LSDYNA for IIHS

• Analyzed full vehicle frontal impact with Hybrid III dummy using LSDYNA for FMVSS 208

• Analyzed full vehicle LINCAP using LSDYNA for Via sled development

• Created and engineered a new side impact Via sled test equipment using LSDYNA and RADIOSS: achieved a great correlation to the test

• Analyzed full vehicle rear impact using RADIOSS for FMVSS301

• Analyzed full vehicle frontal impact using LSDYNA for improving occupant safety performance

• Analyzed the robustness of passenger-side restraint design by MADYMO and Mode Frontier

• Analyzed restraint performance of belted/unbelted, driver/passenger, 25/35 mph, and perpendicular/angular using MADYMO for FMVSS 208

• Analyzed AGB (Active Glove Box) and EA (Energy Absorbing) bracket of IP using LSDYNA

• Studied inflator performance using a servo sled

• Analyzed MGM (Media Gateway Module) package interaction to knee bolster picture frame using RADIOSS

• Analyzed PRC (Pelvic Restraint Cushion) interaction to occupants using MADYMO

• Developed door handle model using LSDYNA and RADIOSS

• Developed a steering column models using LSDYNA with good correlation to the test

• Created quality-related documents (P-Diagram and DFMEA) on FCW (frontal collision warning)

• Designed algorithms for FCW and CMbB (Collision mitigation by braking)

• Analyzed the occupant’s head response using MADYMO for the assessment of electric retractor performance

Senior Engineer, Autoliv (1998-1999)

• Performed stress analysis of restraint components using LSDYNA and NASTRAN

• Constructed a full SUV MADYMO model and analyzed rollover with folded curtain air bag

• Run sled models MADYMO for restraint design to meet FMVSS 208 Senior Engineer, Engineering System International (1996-1998)

• Provided technical support for PAMCRASH users

• Developed biofidelic models (head form and arm) using PAMCRASH

• Analyzed EuroNCAP dummy models using PAMCRASH for side impact Education

• Georgia Institute of Technology, PhD, Civil Engineering (Study area: Computational Mechanics), 1990

• KAIST (Korean Advanced Institute of Science and Technology), MS, Mechanical Engineering (Study area: Mechanical Control), 1981

• Seoul National University, BS, Mechanical Engineering, 1979

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