EDUCATION
Embry-Riddle Aeronautical University Daytona Beach, FL
Bachelor of Science in Aerospace Engineering May 2012
Concentration: Air-Breathing Propulsion Systems, Minor: Applied Mathematics
WORK EXPERIENCE
CDI Engineering Services Cincinnati, OH
Engineering Analyst June 2014-Current
•Use engineering tools (ANSYS, Mathcad, Excel) to perform structural and thermal analysis in support of various programs.
•ANSYS analyses include: deflection stress, applied load/pressure, modal, spectrum (power spectral density PSD).
•Build and run mechanical FEA model analysis using ANSYS, writing script to run FEA analysis in batch/command mode.
•1-D heat transfer using computer tools (Excel, VBA).
•Mechanical stress calculations using engineering tools (Mathcad, Excel).
•Independent Verification and Validation (V&V) testing of military FADEC code/software. Use Beacon to verify that FADEC software packets are valid and meet standards for format, variable declaration, and classification; checking C code and relevant libraries as necessary. Build test vectors to verify logic mapped in Beacon diagram functions as intended, running test vector files through simulated environment in UNIX.
Design Engineer June 2012-June 2014
•Design support equipment per customer requirements and feedback following design reviews, CDR, PDR, and collaboration with engine hardware engineers using Interface Control Documents (ICD).
•Technical Data Sheets (instructions, technical details) for support equipment.
•Stress analysis supported with Mathcad calculations, occasional ANSYS support.
•Perform CE review and certification for new and legacy support equipment, complete appropriate documents.
•Assess and mitigate risks (warnings, cautions, analysis to prove design strength).
•Address problems submitted by vendors (invalid/unavailable parts, engineering and drawing detail errors), draft document to correct (CID).
•Maintain online tool folders for multiple projects.
•Simultaneously work on several engine programs (GENX, Passport 20, LEAP, LM2500, GE9X, CF-6, CFM-56, CF-34).
PROJECT EXPERIENCE
•Engine Design: Four person team for the detail design of a low-bypass turbofan engine to power a half-scale joint strike fighter, for the 2011/2012 AIAA engine design competition; cycle and component design completed using Excel and VBA. Engine design performed includes design and analysis of engine cycle, fan, bypass routing, multi-stage compressor, combustor, high pressure and low pressure compressors, after burner and exhaust duct, and variable geometry exhaust nozzle.
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