***, **** *** **** ******,

Vinit Manjarekar

Fremont CA -94536 acplk0@r.postjobfree.com Phone: 607-***-****

EDUCATION:

. Master of Science in Mechanical Engineering (GPA 3.57/4.0) Expected

Graduation: May 2015 Wayne State University, USA

Relevant Course work: Finite Element Analysis, Crashworthiness and Occupant

Protection in Transportation Systems, Impact Bio-mechanics, Mechanics of

Composite Materials, Manufacturing Processing Techniques

. Bachelor of Science in Mechanical Engineering (GPA 3.8/4.0) May

2011

University of Mumbai, India

Relevant course work: Strength of Materials, Material Technology,

Machine Design, Theory of Machines

TECHNICAL SKILLS:

CAE tools: HyperMesh, ICEM, ANSA, LS-DYNA, Abaqus, PTC Creo, Pro-Engineer,

SolidWorks, Catia, Matlab

Certification: PTC Creo 2.0

WORK EXPERIENCE:

Advanced Human Modeling Laboratory, Wayne State University Nov 2013-

Present

FEA Research Assistant:

Toyota safety research project:

. Developed high quality mesh of human head as per quality criteria

provided by client using Hypermesh.

. Processed preliminary simulations for stability checks using Ls-dyna as

solver.

. Validated skull and brain mesh under dynamic loading conditions

through Ls-dyna. Parameters such as brain pressure, brain motion, brain

contusion and skull fracture were compared with test results.

. Achieved parametric study to observe effect of material properties of

brain on brain pressure.

Work link: http://engineering.wayne.edu/bme/labs/human-modeling.php

Crashworthiness and Occupant Safety:

. FMVSS 214 Side Impact Protection:

Simulated Global model of Chevrolet C2500 Pickup for FMVSS 214 75

degree and 90 degree pole test with a SID II 5th Percentile Female

dummy. Further, determined injury value by strengthening the Side

Impact assembly and lowering the Injury criterions.

Directed Study under guidance of Dr. Feng Zhu and Dr. King Yang, Wayne

State University:

. Upgraded Wayne State University finite element human model with finely

meshed Lumbar spine and pelvis. Validating the mesh with test results

using Ls-dyna.

Deepak Fertilizers and Petrochemicals Corporation, Mumbai, India June

2011-March 2012 Mechanical Engineer:

. Resolved immediate maintenance issues and conducted regular preventative

maintenance activities occurring in the mechanical equipments such as

pumps, compressors, heat exchangers and boilers.

Managed tasks assigned to floor technicians and supervised the quality of

work delivered.

ACADEMIC PROJECTS:

Finite Element Analysis:

Winter 2014

. Determination of fatigue life of flip chip package: Analyzed the

stresses in the solder ball when subjected to a cyclic thermal load.

Predicted the fatigue life of solder balls in completely and

incompletely filled flip-chip packages to understand the effects of

under fill material. Abaqus was used as solver.

. Sheet metal cutting process: Determined stress distribution in upper and

lower dies in sheet metal cutting process using Abaqus. Observed the

effect of trim die angle on cutting edge stresses.

Matlab Project on Composite Material: Fall 2013

. Performed complex calculation to identify stress and strain in each

layer of laminate with varying thickness and orientation in a Composite

Material with the help of Matlab.

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