Mechanical Engineer Project

Hankang Yang

*** ****** **., *** *, Malden, MA **148, USA 617-***-****, *******.****@*****.***

SUMMARY

• Looking mechanical engineer, available immediately

• 5+ years in web/tape handling and sawband industrial, 2+ years cold spray processing, 1+ year high pressure vessel industrial experience, 5+ years product and software design and development experience, 2D (AutoCAD) and 3D modeling (SolidWorks) with GD&T and BOM, expert in CAE analysis on contact, impact/collision, fracture/failure, and heat transfer(Abaqus, Ansys, LS-Dyan, Hypermesh

• Expert in FEA/CFD software development and related GUI design (Fortran, C++, Python, Matlab, Java)

• Hands on experiments (sensor, actuator, LabView) and data acquisition/processing(6-SigmaI, Gage R&R), knowledge of DFMEA and DVP&R

• Problem solver, team player and enthusiasm for product design and manufacture industrial EDUCATION

• Ph.D., ME, Northeastern University (NEU), Boston, MA Sept 2009 –Dec 2015(GPA:3.90/4.0) Thesis: Lateral Dynamics of an Axially Translating Medium: A Theoretical and Experimental Study on the Effects of Guiding Components

• B.S., ChE, Zhejiang University of Technology (ZJUT), China Sept 2005 - July 2009 (GPA: 3.5/4.0) Capstone Project: Experimental study of pulsating combustion: an experiment set-up design using AutoCAD WORK EXPERIENCE

• Researcher (CAE), NEU, Boston, MA Dec 2015 – Present Applied (Bio-) Mechanicals and Tribology Laboratory (PI: Prof. Sinan Müftü) o Designed new testing scraper by Solidworks used in the scratch test o Analyzed stress/failure modes on high speed metal particle (Aluminum, Brass, Steel) impact model (cold spray/3D printing) o Investigated friction effects on AL6061 impact (material failure, crack propagation and damage) with ABAQUS o Designed new cohesive contact mechanics and improved crack healing by cold spray o Advised new PhD student building advanced finite element beam model o Built molecular dynamics and continuum mechanics coupling using ABAQUS, ANSYS and LS-Dyna

• Intern, IBM Research, Zurich, Rueschlikon, Switzerland June 2014 – Sept 2014 Exploratory magnetic tape recording technology in mechanics (Manger: Dr. Mark A. Lantz) o Designed, assembled and wired the magnetic tape vibration test platform using SolidWorks o Planned, assembled and wired mechatronic parts of magnetic tape data storage device prototype for next generation product release o Modelled (using FORTAN/C++) and validated the “tape response to tilting guide model” o Established the roller surface friction simulation (using FROTRAN/C++) and testing prototype (designed by SolidWorks and machined in workshop)

o Conducted preliminary investigation on active roller correction on tape path which led to new product development

• Research Assistant, MIE, NEU, Boston, MA Sept 2010 – Dec 2015 Applied (Bio-) Mechanicals and Tribology Laboratory (PI: Prof. Sinan Müftü) o Developed finite element software (LTMSim) used in web/tap handling industrial by FORTRAN/C++ and created/maintained its GUI (guest user interface designed by MatLab)

o Investigated lateral tape motion by LabView in experiments and analyzed the collected data by signal processing (customized digital filter) o Designed and 3D printed/machined optical/photonic sensor mount (SolidWorks, GD&T) o Simulated complex roller to tape constraint by ABAQUS and designed using 3D modeling (CATIA) o Evaluated the accuracy of Newmark’s method (numerical integration) used in web handling simulation industrial

• Teaching Assistant, MIE, NEU, Boston, MA Sept 2010 – Dec 2015 o Held office hour (Engineering Design, Engr Prob Solv and Comp, Finite Element Method, Mechanical Design, Mechanics of Material) o Prepared eLearning Tool, in-class quiz and homework o Tutored SolidWorks, AutoCAD, C++, MatLab, and ANSYS o Demonstrated basic product design concepts involved DFMEA and DVP&R in class o Coordinated graduate level course project (Finite Element, Engr Prob Solv and Comp)

• Part-time Research Assistant, MIE, NEU, Boston, MA Nov 2010 - Feb 2011 Nano/Micro Biomechanical Characterization and Testing Laboratory (PI: Prof. K.-T. Wan) o Designed micro-indentation (material characterization) testing platform of contact lenses and bones by SolidWorks (GD&T) o Processed the experimental image and captured the deformation envelope successfully

• Intern, Hangyang Co., Ltd. China August 2008 - Sept 2008 o Analyzed the stress/failure of the piping transportation system by ANSYS o Generated piping diagrams for the piping transportation system by AutoCAD o Assisted manger optimized BOM of Superheated Steam Boiler o Designed transmission and heat exchanger (CATIA/SolidWorks, GD&T) SELECTED COURSEWORK/PROJECTS

• Advanced Finite Element (Project: nonlinear elastic, elastic-plastic modelling, hybrid element)

• Mechanics of Contact and Lubrication (Project: review on mechanics and tribology of stick-slip, finite element beam contact model using FORTRAN)

• Continuum Mechanics (Project: Nonlinear finite element model of membrane deflection using FORTRAN)

• Computational fluid dynamics ( Project: Incompressible Navier-Stock finite difference solver using C++)

• Fracture Mechanics (Project: Reduced order simulation of crack propagation by MatLab)

• Controls and Mechatronics (Project: Analysis and Control of the Gantry System using MatLab and Simulink) CERTIFICATE

CSWA(Certified SolidWorks Associate, 2016), CSWP(Certified SolidWorks Professional, 2016) HONORS

Alfred Ferretti Awards, NEU, MIE department (2015)

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