Akshay Patil • acu2dd@r.postjobfree.com • ***-* Crittenden Apts. Rochester NY, 14623 • 585-***-****

OBJECTIVE

Mechanical Engineer seeking a full-time position. Highly interested in Mechanical Design & Analysis, Testing and Manufacturing Operations backed up by significant experience through wide range of academic projects and graduate level research work. A strong leader and an adept team player with excellent interpersonal, organization and communication skills.

EDUCATION

Rochester Institute of Technology May 2016

Masters of Science in Mechanical Engineering (MSME) (Mechanics / Design Focus Automotive Option)

Kalinga Institute of Industrial Technology May 2014

Bachelors of Technology in Mechanical Engineering (BSME)

SOFTWARE & TOOLS

AutoCAD, Catia V5, ANSYS Workbench, ANSYS Mechanical APDL, Matlab, Simulink, COMSOL, Pro E, MS Office, Open Office, Solidworks, Wolfram Mathematica, HyperMesh.

TECHNICAL SKILLS

Numerical analysis and modeling using CFD and FEA, Application and interpretation of GD&T requirements, Thermal modeling, Modeling and Drafting, FMEA

EXPERIENCE

Master Thesis Rochester Institute of Technology 2015-2016

Modification and Application of Parametric Continuation Method to Variety of Nonlinear Boundary Value Problems

• The study was to introduce a new approach of continuation by parameter to variety nonlinear boundary value problems in different fields of engineering and to investigate the applicability of this method as a universal approach.

• Compared the proposed method with other potential methods and analyzed the advantages of this new approach.

• The proposed method provided a really high rate of convergence by systematically minimizing the residuals.

PROJECTS

Finite element analysis of conformal contact bearing Rochester Institute of Technology 2015

• Analyzed the dry contact behavior of the bearing system using ANSYS Mechanical APDL.

• Finite element analysis provided the insights about change in pressure distribution in between journal and sleeve with other variables, which was then compared from a published paper.

Heat Transfer in Computer Systems Rochester Institute of Technology 2015

• Mathematical model was created for examining i7-3970x computer chip system to ensure that the plastic housing enclosing the chip does not melt due to the heat generation of the computer chip; thermal analysis was performed using COMSOL Multiphysics software.

• Recommendation for a new housing material for chip system was made based on its melting resistance and cost efficiency.

Numerical Simulation of a Vehicle Suspension system Rochester Institute of Technology 2015

• Developed four-wheel vehicle suspension model which accounts for realistic suspension geometry, spring and damper coefficients, and unsprung mass.

• Model was used to investigate effect of nonlinear springs using the numerical simulation of model with MATLAB Simulink.

CFD Analysis of a NACA 0012 Airfoil Rochester Institute of Technology 2014

• Obtained the variation in the drag and lift coefficients with respect to angle of attack of air on the airfoil.

• Studied characteristic features of the flow around a finite wing using ANSYS Fluent.

Vibrational Analysis of an Earthquake Rochester Institute of Technology 2014

• Examined the vibratory traits of building undergoing oscillatory displacements by earthquake with harmonic forcing function.

• Investigated the ground displacement and acceleration over time for a 1-degree-of-freedom building model.

• Results were analyzed with respect to existing data concerning the effects of earthquakes on buildings.

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