Elizabeth McLaughlin
ac4gyq@r.postjobfree.com
**** ********** ***** **, ****** OH, 44718
PROFESSIONAL OBJECTIVE
Self-motivated individual seeking a position for Computation Fluid Dynamics (CFD) simulations engineering.
EDUCATION
The Ohio State University, Columbus OH
(May 2013) B.S. Aerospace Engineering and a minor in Spanish
WORK HISTORY
ASC Industries, Canton OH (Sept. 2013-Jan. 2018)
Engineer II – Work as a simulation engineer for new product development with FEA, casting, and CFD analysis for a Tier I automotive supplier
QUALIFICATIONS
●Experience using Autodesk Inventor, Creo Parametric 3.0 and SolidWorks for 3D modeling
●Four years of experience programming using MATLAB
●Experience using ANSYS FLUENT, Autodesk Simulation CFD and Star-CCM+ for CFD analysis
●Two years of experience utilizing ICEM CFD to create two-dimensional meshes, and one year of using ANSYS Workbench for three-dimensional meshes
●Experience using ANSYS and Creo Simulate 3.0 for FEA analysis.
●Able to create and read technical drawings
●Able to use all aspects of Microsoft Office
●Experience with Windchill
PROJECT EXPERIENCE
One year project as an undergraduate involving the research, design, and analysis of a variable-geometry rocket nozzle to improve fuel efficiency
One year senior capstone project designing a two-seat, supersonic trainer for the military to replace current trainer in a team of seven people
Replacing impellers in automotive water pumps in order to decrease costs without sacrificing pressure rise and efficiency
oGoal of remove material from impellers in aftermarket water pumps without sacrificing current performance
onew designs were created in Creo 5.0, simulated using Autodesk Simulation CFD, and experimentally tested for comparison against the previous design
Ground up design for new automotive centrifugal water pumps for customers using both steady and unsteady analysis.
oNumerically create the impeller and volute using Microsoft Excel, model the parts with Creo Parametric 3.0, and simulate parts in Star-CCM+ to ensure that the design meets customer specifications