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Harry [email protected]
917-837-9032250 W. 103 St. apt. # 4C New York, NY 10025
OBJECTIVE: To develop interpersonal connections within the mechanical and aerospace engineering community.
EDUCATION:Bachelor of Science, December 2015Syracuse University, College of Engineering and Computer ScienceDual Major: Aerospace Engineering, Physics
Master of Science, Expected December 2017Syracuse University, College of Engineering and Computer ScienceMajor: Mechanical and Aerospace Engineering GPA: tbd
SKILLS: STAR-CCM+, Pointwise, AutoCAD, ProE, SolidWorks, Autodesk Inventor, Matlab, Maple, Mathematica, Autodesk Architecture, Python, Perl, HyperTerminal, Microsoft Word, Excel, PowerPoint
RELATED COURSEWORK: Application of Computational Fluid Dynamics Aerodynamics Compressible Flow Propulsion Space Flight Aircraft Performance and Dynamics Design and Analysis of Aerospace Structures Quantum Mechanics Electrodynamics
EXPERIENCE:Sky Top Turbulence Laboratory Lab Assistant May ‘14 – July ‘14
Research Assistant January ’16 – PresentHelped maintain the anechoic chamber and peripheral lab equipment. Aided in the setup of new rectangular jet nozzle and its test facility. Contributed to the design and construction of a Schlieren system for further use in flow visualization experiments. Aided in research endeavors into high-subsonic and low-supersonic nozzles focusing on the characterization of turbulent flow fields, specifically with regards to noise reduction.
ACADEMIC APPLICATIONS:Race Car Simulation: Given the approximate geometry of a popular race car prototype, I conducted a series of CFD simulations in STAR-CCM+. Using the available analytic tools provided by the solver, as well as Matlab, I was able to identify several design flaws. I then outlined my analysis and design recommendations in a short PowerPoint presentation.
R/C Aircraft Design: As part of a team I helped design, build, and fly a R/C aircraft for my senior year DBF competition. My personal duties included aiding in the conceptual design of the aircraft, rendering the aircraft in ProE, material selection, structural and aerodynamic analysis, calculating and implementing stability requirements, manufacturing of aircraft components, construction of final aircraft.
Rover Design: As part of a team, utilized Lego CAD to design a rover that would collect balls placed in a field. Individual contributions include: maintaining records on project status, developing initial design in CAD, presenting a portion of the final presentation.
LEADERSHIP/ACTIVITIES:American Institute of Aeronautics and Astronautics (AIAA) – Member, 2012-PresentSyracuse University Boxing Team, 2011-2015
