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Aravind Bhandiwad
**** ********** **, ****** ****** Hills, MI-48326,.Tel:614-***-**-**, abhfu0@r.postjobfree.com
An accomplished FEA Engineer with extensive experience in the field of Automotive Engineering, Product
Design and Development with core domain knowledge of Vehicle CRASH, NVH and DURABILITY
CORE C M,MPETENCIES
Product design & development Automotive regulatory compliance
Simulation Prediction and test correlation Multi-material simulation
Nonlinear transient dynamic Analysis Multi project management and leadership
Design Optimization Customer focus
Linear & Nonlinear Stress Analysis Static & Dynamic Analysis
FEA simulation from concept to launch Problem Solving
Process automation
Failure Analysis
PROFESSIONAL EXPERIENCE
TCS
Sept 2012 - Present
CAE Engineer
• Performed FEA simulations and wrote reports of the analysis results on vehicle interior
• Conducted design reviews with the design release engineers
• Managed projects with offshore engineering team on FEA analysis to meet client delivery timeline
• Contributed in peer review meetings to evolve standard simulation procedures
Projects :
Performed head restraint sled test analysis and correlated test and recommended higher
spring stiffness
Performed floor console bracket size optimization and determined the gauges
Overhead Console Stiffness evaluation
Assist handle pull analysis method verification and suggested improvements in modeling
technique
Software: Hypermesh,Hyperview,Hypergraph,ANSA,Optistruct,Lsdyna
Magna (COSMA-VEHMA) International Feb 2011-
Sept 2012
Senior Structural Engineer
• Lead the projects with hands on contribution towards model building to 100% accuracy, simulation
and reporting on time.
• Conducted design reviews with chief engineer and recommended design changes that resulted in
20% mass saving.
• Prepared detailed report on the analysis results and presented results to customer in the design
review meeting in timely manner.
• Automated the model building process by creating library of 5 macros in coordination with software
vendor that resulted in time saving by 50%.
• Coordinated with customer to establish vehicle performance target matrix during the initiation of the
project
• Documented Standard Operating Procedures for vehicle safety standards as the subject matter
expert
• Provided leadership and direction to the new team members by cross training and mentoring
• Managed projects from offshore team (India) by assigning and mentoring for timely delivery
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Projects:
Front Clip NCAP,IIHS, Side IIHS, Side Pole and correlated to full vehicle model
Designed the front rail and cradle from NCAP perspective, achieved 120KN of force target
Roof Crush as per FMVSS 216a and modified B pillar design
Designed the B pillar section and the profile in order to increase the roof crush resistance to
140% of federal standard.
Door Crush as per FMVSS 214,Door slam fatigue
Designed the section and material for door beam both in vehicle and component level
model that resulted in 150% of the force target.
Seatbelt Pull as per FMVSS 207/210
Verified the design and designed the cross member section underneath the floor
BIW Torsion & Bending global stiffness, local stiffness, dynamic stiffness
Designed the braces in the front shock tower design rail joints and roof rail areas that met
98% of the torsion & bending target
Shape Optimization, Size Optimization using OPTISTRUCT
Designed the aluminum casting for shape that resulted in 30% of the mass saving
Optimized the gauges of BIW for global stiffness that resulted in 10% of mass saving
Software: LSDYNA,LSPREPOST,NASTRAN,OPTISTRUCT,HYPERMESH,HYPERVIEW,HYPERGRAPH,ABAQUS
Altair Engineering
Senior Engineer
Projects at Chrysler May2009-
Feb2011
• Built Crash models with standard mesh requirements and setup the model as per the regulations
• Analyzed full vehicle models with the dummy and curtain airbag
• Prepared detailed latch model to analyze the possible unlocking and presented the results to the
design team that resulted in 100% correlation with test.
Side impact simulation with detailed latch model including nonlinear spring data and
simulated the condition of unlocking in the event of crash that matched 100% to the test
result
Prediction and test correlation of pedestrian impact as per JMLIT & Euro NCAP
Performed Side pole impact analysis modeled with A pillar initial crack and failure analysis
with dummy and curtain airbag and assessed the risk of crack propagation during crash
event
Evaluated the risk of windshield intrusion as per FMVSS 212,214 for front and angular
impact
Projects at Honda R&D Jan2007-
Dec2008
• Built and assembled full vehicle model and lead projects, hands on to analyze for various vehicle
crash load cases, participated in the design reviews and suggested design improvements
Correlated to 95% of front NCAP & IIHS simulations to physical test and analyzed vehicle
pulse and dash intrusions And resulted in 98% of the dynamic crush performance
correlation
Designed for Rear impact as per FMVSS 301 and modified design to better rail crush
performance
Modified the C pillar area to stabilize the crush mode & rail gauge and material for Z bend
criteria
Designed the B pillar for Roof crush and IIHS side impact and evaluated structural
performance, modified the design to meet IIHS GOOD rating
Designed the Body side outer with USIBOR and evaluated risk for crack, Designed the b
pillar section, roof bow interface
Simulated pole impact for modified fuel lines and evaluated risk of plastic clip failure
Performed cargo retention analysis with HONDA method of weld failure criterion
Projects at Daimler Chrysler Nov2001-
Oct2005
• Meshed components and built BIW model and analyzed body systems as per safety regulations
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• Assisted product engineer in cost saving strategies via material cost management (MCM)
• Coordinated with physical testing and analyzed test videos and measurements for countermeasures
towards design
• Worked with product engineers to reduce cost by optimum material utilization
Performed FEA simulation and suggested design changes for seat belt pull from concept to
launch for SUV
Evaluated performance and modified design for child anchorage test from concept to launch
for SUV
Analyzed roof crush performance and designed roll bars for thickness changes to reduce
15% mass on roll bars
Compared roof drop, roof crush and rollover for design variables and adopted changes to
the design resulting in 90% of the accuracy
Correlated seat track performance in the seat belt pull test with detailed modeling of seat
track and rollers resulting in 100% accurate correlation
Predicted and evaluated risk for cargo retention simulation
Predicted 100% of the tests for accuracy in child anchorage simulation from concept to
launch
Software: Hypermesh,Hyperview,Hypergraph,Lsdyna
Testing Experience
FMVSS 207/210 & 225 for in-vehicle at DCX and bench tests
Roll Over dolly test for pick up Cargo Load Test – ECER17
Seat Sled Test Barrier Testing
Papers
Published technical papers at DCX on seat-belt-buckle failure in FMVSS 210 and child
anchorage test per FMVSS225
TATA TECHNOLOGIES,Pune,INDIA Oct 2005-
Dec 2006
Project Manager
Primary responsibility in setting up offshore development center for Daimler Chrysler
Team mentoring for technical competency building
Created Scope of Work (SOW) as part of new business development
Client interaction to ensure all technical deliveries with high quality and in timely manner
Created standard templates (Microsoft project plan) for project execution and tracking
Ensured CMMI level 5 implementation as part of project management
EDUCATIONAL QUALIFICATIONS
Master of Science (Mechanical Engineering-Solid Mechanics)
Wayne State University- Detroit, MI, 2005
Bachelor of Engineering (Mechanical Engineering)
Karnataka University, India, 1995
TECHNICAL EXPERTISE
FEA SOFTWARE : LS-DYNA, NASTRAN, HYPERWORKS, IDEAS, CATIA, ANSYS, ABAQUS, EASI
CRASH, DYNAFORM,ANSA,NCODE,LSPREPOST,OPTISTRUCT,TEAM
CENTER
OTHER SOFTWARE : MS OFFICE, MS PROJECTS, LOTUS NOTES
PLATFORMS : UNIX - SGI-octane, HP, IBM-AIX, Indigo
UNIX SERVER - SGI POWER CHALLENGE, SGI ORIGIN-200, CRAY