Neeraj Mittal is a mechanical engineer with expertise in crash analysis using tools like Hypermesh, LS-Dyna, Oasys Primer and Creo. He has over 2 years of experience in meshing components and conducting simulations to analyze vehicle crashes and optimize product designs. Some of his projects include analyzing the side pole impact of a vehicle door and conducting roof crush analysis. He is currently working as an intern at IKSC Knowledge Bridge where he is further developing his simulation and analysis skills.

1. 1
Curriculum Vitae
Name: Neeraj Mittal
Ph. No.: +91-7814636315
Current Location: Pune
Email: neeraj.mittal2611@gmail.com
PERSONAL STATEMENT:
A first class mechanical graduate with specialized skills in Crash Analysis domain using tools like
Hypermesh, Ls-Dyna, Oasys primer, Creo 2.0 and desire to work as CAE meshing engineer.
Examination Board/University Year of Passing %
B. Tech (Mech) G.Z.S Campus College of Engg. & Tech, Bathinda. 2016 65.4
12th PSEB, D.A.V Collegiate Sr. Sec. School, Abohar 2011 65.9
10th PSEB, Divine Light Public Sr. Sec. School, Abohar 2009 83.6
*Subjects of Special Interest: SOM, FEA
TECHNICAL BACKGROUND /TRAININGS / KEY SKILLS / CERTIFICATES
Training E1- Beginner, E2 – Intermediate, E3 - Expert, E4 – Master User, WIP – Work in progress
Domain
Training
Crash Analysis
Fundamental of vehicle crash, Bio-mechanics of Crash- occupant injury criteria,
Crash Regulations (FMVSS 208,214, ECR R94, R95, EURO, US-NCAP), Abbreviated
injury scale, Crash test dummies
(300Hrs)
E2
(WIP)
Tools
Training
HyperMesh
Reviewing the geometry, geometry cleanup, de-featuring model, extracting
mid-surface, meshing of 2D, 3D components, inspecting quality, applying
connectors & contacts preparing deck for analysis
(900Hrs) E3
HyperView: - Post-processing D3-plot files, understanding behavior of part in
different load conditions.
Hypergraph:-Interpreting results generated after solver run, correlating it
with part, comparing results with standards, extract .csv file.
Ls-Dyna
Dyna Basics, Contacts in Dyna, Materials in Dyna, Control Cards in Dyna, Error
debugging. Deck Preparation Using LS-Prepost & solving.
(500Hrs) E3
OASYS PRIMER
Deck Preparation, Assigning Contacts, Control Cards, Error debugging.
(250Hrs)
E2
(WIP)
Ansys
Applying boundary conditions, Linear static analysis, Post-processing and result
interpretation
(100Hrs) E1
Creo 2.0
Part Design, Sheet metal Design, Surface Design, Assembly, Drafting.
(300Hrs)
E2
(WIP)
Solidworks
Part Design, Sheet metal Design, Surface Design, Assembly, Weldment, 3D
modelling, Drafting.
(250Hrs) E2
Quality Tool GD&T (Symbols, GD&T rules. etc.) (20Hrs) E1
Design
Processes
Six Sigma (Green Belt Certification)
 DMAIC Process
(40Hrs)
E1
(WIP)
Productivity
Tools
MS Office (300Hrs) E3

2. 2
ACADEMIC PROJECTS
B. Tech
Project
Title: Self Balancing Electric Unicycle
Objective: To design an electrically driven personal commuter for short distance to avoid pollution
caused by vehicles.
Brief Procedure:
 Market research
 Literature review
 Designing electronic system
 Designing mechanical system
 Intimating electronic and mechanical systems to fabricate prototype of model
Tools Used: Solidworks, Ansys structural analysis, MS office.
Benefits to the Society:
 Reduction in pollution & road congestion.
 Will revolutionize travel experience if adopted by Indian society.
SAE BAJA
2016
Title: Designing, Analyzing, Optimization & fabrication of All terrain Vehicle ( Baja-SAE 2016)
Role in Team: Team captain
 Design and analysis of roll cage for different loading condition.
 To evaluate the suspension points on roll cage.
Tools Used: Solidworks, Hypermesh, Optistruct.
ELITE
KARTING
‘15
Title: Designing, Analyzing, Optimization & fabrication of Go-Kart (ELITE KARTING 2015)
Role in Team: Team captain
 Design and analysis of Go-Kart frame.
 Market research.
Tools Used: Solidworks, Ansys structural analysis.
LIVE PROJECT AND WORK EXPERIENCE
Badve Auto
Comps. Pvt.
Ltd, Chakan,
Pune
(1st Jan
2016 – 30
Apr 2016)
Designation: - Intern- Development Engineer
Project name: To increase the productivity of Head Pipe on Rough Boring Machine
Scope: To reduce the cycle time of the process.
Procedure: Evaluate the tack time. Record the cycle time of process involving in fabrication of
Head Pipe. Find the bottle neck operation. Modification in machine by increasing number of spindle
and workstations.
Tools Used: MS Excel, AutoCAD, MS Word
Benefits: Production per day is increased by 63%
IKSC
Knowledge
Bridge Pvt.
Ltd, Pune.
(04-04-2016
to till date)
Designation: - Intern Product Verification - Crash Analysis
Meshing @ 600 hours
 2D- meshing (2D meshing Bracket, Rear inner wheel house part, Floor Front CTR, B-
Pillar trim cover, C Pillar trim lower RH, Passenger Side Chassis Rail, Plastic component
door, Front LH door assembly, crush box) @400 hours
 3D- meshing (Hub, Ac Knob, arm bracket, Crank shaft, Crank case, Engine Block)@200
hours
Analysis:
Title: Side pole impact of LHS front Door of a car (Duration: 150Hrs)
Objective: To analyze the front LHS door of a car for a pole impact according to FMVSS 214.
Brief Procedure: Literature review, extracting mid-surface & geometry cleanup, meshing of with
crash quality criteria, removing of initial penetration & intersections, spot welds & connections are
modeled, assigning appropriate materials, sectional properties and contacts, Boundary conditions are
applied as per standards FMVSS 214 (Pole Impact) for both dynamic & quasistatic analysis. Debug run
and analysis using LS-Dyna. Result interpretation, Force absorption and global energy curves
generation.
Tools Used: Hypermesh, Oasys-Primer, LS-Dyna, HyperView.

3. 3
Title: Side pole impact of Full Vehicle
Objective: To analyze the crashworthiness of vehicle side structure as per standard FMVSS 214
Brief Procedure: Literature review & going through different research papers. Ford Taurus car model
is taken from public domain. Deck preparation. Assigning boundary conditions as mentioned in
standards. Debug run and analysis using Ls-Dyna. Result interpretation, Force absorption and global
energy curves generation.
Tools Used: Hypermesh, Oasys-Primer, LS-Dyna, HyperView.
Title: Roof Crush Analysis of Ford Taurus Car (WIP)
Objective: To analyze the roof crush resistance as per standard FMVSS 216
Brief Procedure: Literature review. Ford Taurus car model is taken from public domain. Deck
preparation. Assigning boundary conditions as mentioned in standards. Debug run and analysis using
Ls-Dyna. Result interpretation, Force absorption and global energy curves generation.
Tools Used: Hypermesh, Oasys-Primer, LS-Dyna, HyperView.
Title: Camouflage Tree structural analysis- Reliance Industries
Objective: Determining the strength of the structure and failure criteria of bolts in 6m height artificial
tree due to extreme wind loading (180Kmph) as per standard IS 1161 and 2062
Brief Procedure: Wind load for the life of 25 years of the structure is calculated. Material of the pipe
and the base plate are decided from IS 1161 and 2062 respectively, Max stresses developed in the
structure are well within the factor of safety of 1.64 and failure criteria of bolts is calculated and
matched with the results obtained using FEA.
Benefits: Reliance uses Camouflage trees to provide free Wi-Fi facilities across India.
Title: FE Analysis of Saddle Actuator- UNO-MINDA (Duration: 50Hrs)
Objective: To find out the cause of failure in the shaft of Saddle actuator and Design improvisation.
Brief Procedure: Root-Cause analysis of why failure is occurring. Executing static, dynamic, impact,
modal and fatigue analysis. Comparing with the failure contour we concluded that the shaft was failing
due to fatigue because of bending load it was experiencing during vibration, Redesigning for that
failure criteria.
Benefits to the company/Society: Increase in the lifespan of the product.
EXTRA-CURRICULAR ACTIVITIES, AWARDS AND MEMBERSHIPS
 Coordinator of college SAE CLUB.
 Participated in ELITE KARTING 2015 & BAJA 2016 (TEAM VENOM).
 Secured AIR 7th
position in ELITE KARTING 2015.
 Active member of NSS ( National Service Scheme)
DISC & 7 WORKPLACE DRIVER EVALUATIONS
STRENGTHS
Problems / Tasks (Dominance)
 Calculated risk
 Questioning.
People (Influence)
 Trustworthy
 Friendly
Pace (Steadiness)
 Consistent
 Stable
Procedures (Compliance)
 Accurate
 Systematic
*Detailed report on DISC and 7 Workplace drivers available on request
HOBBIES & INTEREST
 Playing Chess
 Knowledge Sharing
PERSONAL DETAILS
Name : Neeraj Mittal
Date of Birth : 26-11-1992
Sex : Male
Nationality : Indian
Languages Known : English, Hindi, Punjabi, and Marwari
Permanent Address : H.no- C/17 Uttam Vihar Colony, Kandhwala Road, Abohar (Pb.) 152116
Place: Pune Date: 1/24/2017