• Gender: Female
• Age: 30
• Designation: Junior CAE Engineer
• Highest Education Level: Graduate - Degree
• Notice Period: 30  Days
• Preferred Location: Pune
• Work Experience: 8.2 Year(s)

Education

B.E. (Mechanical) passed with 1st class from Shivaji University.

Skill Sets

Skill Set
? Hypermesh 2019 - 1D meshing, Shell meshing & solid meshing
? Abaqus - Solver ( Linear & Non-linear Analysis)
Nastran - Solver (Modal & Linear static Analysis).
Hyperview - Post Processing.
CATIA
AutoCAD - Drafting
ERP System - SAP HANA (Production Planning Module)
Operating System - Microsoft office, Word, Excel, PowerPoint

Work Experience

Junior CAE Engineer
From Nov 2019 to Oct 2021
Company profile- engaged in the business of Design, Development and Manufacturing of equipment & products for the Automotive,

Projects Handled
1. Pre-processing on Automobile Suspension system
Hypermesh 2019 was used as Pre-processing tool.
Structural parts were meshed with shell meshing.
Machined parts were meshed with tetra meshing.
All meshing criteria were followed while meshing.
2. Pre-processing on automobile closure parts i.e. Door, tailgates, etc.
Hypermesh 2019 was used as Pre-processing tool.
Structural parts were meshed with shell meshing.
Machined parts were meshed with tetra meshing.
All meshing criteria were followed while meshing.
Direct Frequency Response Analysis on Radiator Assembly.(Nastran)
Objective- To perform DFRA on Radiator Assembly to find out stresses generated in the
mounting.
Description-
Boundary conditions were applied on the model.
Acceleration was applied at constrained point as per JIS D1601.
Observed Maximum von-Mises stress and displacement results.
Prepared FEA report including stress and displacement results.
Hypermesh and Hyperview were used as Pre and post processing tools and Nastran as a solver.
4. Modal Frequency Response Analysis on Door Panel.(Nastran)
Objective- To perform MFRA on door panel of a car to find out frequency for which
maximum stresses generated.
Description-
Acceleration was applied on the hinges of door.
Findout at which frequency, maximum displacement occurs at outermost region i.e. latch point.
As per results, Frequency Vs Displacement and Frequency Vs Acceleration graphs were plotted in Hyperview and prepared FEA report.
Hypermesh and Hyperview were used as Pre and post processing tools and Nastran as a solver.
Linear Static Analysis on Cradle Bracket Assembly.(Nastran)
Objective- To perform linear static analysis on cradle bracket assembly to find maximum stresses generated.
Description-
Model was constrained at bracket resting points.
External point mass were applied and they are connected to cradle bracket with rigids.
Gravity force was applied on the model.
Observed stresses and displacement results in post-processing and prepared FEA report.
Hypermesh and Hyperview were used as Pre and post processing tools and Nastran as a solver.
6. Pretension Analysis on Clevis joint.(Abaqus)
Objective- To perform pretension analysis on Clevis joint.
Description-
Pretension analysis was carried out on clevis joint to calculate load loss due to
pretension of bolts in design intended gap.
Material, geometry and contact non-linearity were considered for analysis.
After applying load, displacement of the clevis was checked.
Displacement verses Pretension graph was plotted and from the graph, load loss was
calculated.
Hypermesh & Hyperview were used as Pre and post processing tools and Abaqus as a
solver..

Assembly Supervisor
From Feb 2017 to July 2019
Company profile- pump manufacturing company involved in engineering and manufacturer

Job profile-
Leading a team in Assembly production line to achieve production target with right quality.
Implementation of KAIZEN, 5’S & Safety in order to save time and money.
Responsible to achieve production of pumps as per daily production plan.
Production Planning and Scheduling at Shop Floor.
Develop cost reduction & mistake proofing ideas.
Co-ordination with design, planning, machine shop and quality for execution, improvement
& achieving dispatch plan.