• Gender: Male
• Age: 28
• Designation: CAE Engineer
• Highest Education Level: Graduate - Degree
• Notice Period: 30  Days
• Preferred Location: Pune
• Work Experience: 6.7 Year(s)

Education

Mechanical Engineering (B.Tech)

Skill Sets

Professional Skills
Hypermesh
Modal analysis
Static analysis
Stiffness analysis
FRF analysis
Fatigue analysis
Simlab 19.3
Optistruct
Nastran
HyperView

Technical Skills
Preprocessor : Hypermesh, Simlab19.3
Solver : Optistruct, Nastran, Femfat 5.1, Hyperlife
Post processor : Hyperview, Hypergraph, femfat viewer
Microsoft tools : MS power point, MS excel, MS word

Work Experience

CAE Engineer
From Mar 2021 – Present
Company profile- manufactures scooters and motorcycles.

Job profile-
Conducted Static and vibrational analysis in Optistruct solver.
Nonlinear static analysis based on material properties.
Conducted Modal based Dynamic Frequency response analysis of sub-assemblies of EV scooter for checking resonance peaks with components failure stresses in hypermesh and HyperView.
preparing deck files for Frequency response analysis, strength and stiffness analysis.
Plotted curves and graphs of the result data using HyperView player for vibrational, strength and stiffness files.
Checking the result stress values with yts and uts limits.
Conducted Modal analysis for sub-assemblies to check the frequencies, mode shapes and deformation
Creating Finite element models for automotive vehicle cad by using software's like HYPERMESH, SIMLAB 19.3, Batch mesh in optistruct and Nastran profile.
Worked on 2D shell modeling assemblies like Frame, Handlebar, Front fender, Main stand, Side stand, Muffler, Fuel tank and its mounting brackets according to the client requirement.
Worked on Plastic components modeling like Mid surface meshing.
Worked on 3D solid tetra modeling assemblies like Front-fork, Break-lever, Rear-fender, Seat base, Break plate, Swing arm, Wheel rim and Battery-box.
Worked on 1D connections like Rigids, Beams, Bolts and Rbe3s.
Worked on 2D & 3D weld connections and Contacts like slide, stick, freeze.
Elements Quality Checks according to the given criteria.
Created trim body connections and Con mass adjustments.
Intersections and penetrations clearing.
Mass adjustments for the components.
Material and properties assigning to the Fe components.
Worked on Boundary conditions like Constraints and Loads creation.
Worked on Modal analysis to check the mode shapes and connections of assembly.
Worked closely with the product development teams and provide CAE support.
Recommend design improvements based on CAE results.
Reports making for cae results.

Junior Engineer
From July 2018 – Feb 2021
Company profile- Provides engineering and product design services.

Job profile-
Fe Modelling of 4 Wheeled vehicle assemblies by using software’s like Hypermesh and Simlab 19.3 in Ls-Dyna profile as per the client requirements.
Meshing of plastic components like Front & Rear Bumper, Door Trims, Radiator and cowl-garnish assemblies.
Complete Vehicle Power train FE modeling with Connections like patches, Rigids, beams, 3 welds.
Model building for NVH in hyper mesh with Nastran profile.
Shell modeling assemblies like B pillar, A pillar, Floor, Fender.
worked on Large number of assemblies in automobile vehicle modeling like Door assemblies, Hood Assemblies, Roof assemblies, Power train.
Modeling of Headlamp and Foglamps with 2D shell outer mesh and 3D tetra mesh as per the client requirements.
Worked on modeling of Power train components
Meshing of components with Hypermesh tool.
Meshing of components like Sheet metal parts, Plastic parts like Front and Rear Bumper, Door trim parts, Solid parts like Power-train components and steering and wheel rim assemblies.
Full Vehicle Modeling of 4-wheeler vehicle.

Modeling: Hypermesh, Simlab 19.3
Four-wheeler Full vehicle (YXA, YBA, Y0M) FE modeling for Crash.
Full Vehicle BIW, Clousers, Plastics assemblies (front & rear Bumper, Door Trims, Cowl garnish), Seat assembly, Power Train assemblies modeling and connections (Bolts, rbe2, rbe3, 2D&3D welds, hemming, Spot welds, Beams, spring, cbush) were handled.
Material and properties were assigned to the components.
I handled full vehicle modeling, connections, deck preparation for static, stiffness and FRF analysis for the 2-wheeler (Django, eStreetzone) Electric vehicle.
Linear analysis: Hypermesh-Optistruct/Nastran-HyperView
Strength analysis of side and Main Stand assemblies.
Modal analysis for full vehicle of eStreetzone and Django.
Strength analysis of Seat Base assembly.
Modal analysis for various automobile parts assemblies.
Stiffness analysis of Frame for EV streetzone and IC Django vehicle
Strength and stiffness analysis of Wheel Rim.
Strength analysis of frame with various loads cases.
Non-Linear analysis: Hypermesh-Optistruct-Hyperview
Performed Material, geometrical and contact based nonlinear simulations.
Strength analysis of Front fork and brake caliper assembly with high load values.
FRF (Frequency response Function) analysis: Hypermesh-Optistruct-Hyperview
Handled FRF analysis of Muffler Assembly, Fuel tank and Luggage box assemblies
Vibrational response analysis of Rear Fender and Front Fender components.
Full vehicle Outer Plastic components Frf 3g analysis were handled.
Fatigue analysis: Hypermesh-Hyperview(OP2 / H3D)-FEMFAT
Performed Fatigue analysis of Brake plate for checking life cycles under repetitive loads as fallowed by the DVP sheet.
Worked on Fatigue analysis of Front fork and main stand assemblies by taking op2 files from static analysis.