Gajja Praveen Goud Total Experience: 3+ years
praveenkoundhinya@gmail.com
+91 9391675931 Qualification: B-Tech in Mechanical Engineering
Experience Summary
• 3 years of Computer Aided Engineering experience in a crash and durability for Automotive industry
• Worked with different clients such as Escorts private limited, mahendra company, L.G private limited and sonalika
company and also done different projects onsite and offsite.
• Hands on experience in creating full vehicle model with include and Module file structure.
• Expertise in development of models, Study the energy curves and debug to fix any instability issues in the model
• Good communication and interpersonal skills.
Skills Summary
• Experienced in using the following tools to develop full vehicle models.
• Preprocessors : Primer, Hypermesh ANSA, simlab (Model development and checking tools)
• Solvers : LS-Dyna, Abaqus , Nastran
• Post Processors : Hyperview, d3 plots and LS-Prepost – Validate the model
• Microsoft Tools : Excel, Power point
Current Employment
Designation Organization Duration
Technical CAE Engineer Design tech systems Ltd. March 2016 – Till date
Significant Project
Project Title: Development of full vehicle program for the Frontal Impact
Role: Analysis Engineer
Client: Mahendra and Mahendra company
Duration: 3 weeks
Description:
Project involves development of multiple crash subsystems. There were totally 18 subsystems(FR and RR suspension,
closures, air induction, steering system, cradle and mounts etc).Model development of the above mentioned subsystem which
involves, cad study, meshing, assembly, intersection and penetration, various connections (NRB’s, joints and welds etc). This is in
include file format and to be debugged for zms.
Key Responsibilities:
• Study the scope of the project
• Study of the input data (CAD data, Quality parameters)
• Model building activities
• Quality check for all the parameter
Tool Used: Primer, Hypermesh, Ls-Dyna, LS – Prepost .
Project Title: Development of full vehicle program for the REAR Impact
Role: Analysis Engineer
Client: Mahendra and Mahendra company
Tool Used: Primer, Hypermesh, Ls-Dyna, LS – Prepost.
Duration: 3 weeks
Description: Project involves development of multiple crash subsystems. There were totally 12 subsystems (BIW, front bumper
fascia, rear bumper fascia, closures, air induction and CRFM etc).Model development of the above mentioned subsystem which
involves, cad study, meshing, assembly, intersection and penetration, various connections (NRB’s, joints and welds etc). This is in
include file format and to be debugged for zms
Project Title: Exhaust manifold Assembly for structural analysis
Role: Analysis Engineer
Client: Escort private limited company..
Tool Used: Hypermesh, Hyperview , Nastran..
Description: the task of project is to create mesh for Exhaust manifold Assembly in hypermesh using 2d elements. By extracting the
mid surface, on mid surface we have to create 2d mesh on that surface. Connections given through rigid and beam. Load cases are
applied as for the client requirements. Linear and modal analysis should be run in Natran . Results are viewed in hyperview.
Project Title: Front Axle Assembly for structural analysis
Role: Analysis Engineer
Client: Escort private limited company..
Tool Used: Hypermesh, Hyperview , abaqus .
Description: The goal of the project is to create meshing of front axle assembly in hypermesh using 3d elements and do analysis
using abaqus . All connections are given with beams, rigids and contacts . loads cases are applied on client requirements. Linear and
non linear analysis should be run in the abaqus. Results are viewed in hyperview.
Project Title: TPL (Three point linkage ) Assembly for structural analysis
Role: Analysis Engineer
Client: Escort private limited company..
Tool Used: Hypermesh, Hyperview , Nastran .
Description: the goal of project is to create meshing for the three point linkage assembly in hypermesh . After converting into 3d
elements and give connections such as rigids, zero-rigids and beam..etc then after different types of loads applied such as side thrust,
pull load, lift capacity load. Then after linear analysis should be run in Nastran.
Project Title: Dash board Assembly for structural analysis
Role: Analysis Engineer
Client: mahendra and mahendra company..
Tool Used: Hypermesh, Hyperview , Nastran.
Description: the task of the project is to create the meshing for Dash board Assembly . In plastic , it is difficult to get mid surface so
we have to generate by using mid surface, line, surface offset ..etc . Variable thickness is given to the components in assembly. All
connections are given in rigid and beam . linear and crash analysis should be run in Nastran. Results are viewed in the hper view .
Educational Qualification
Bachelors in Mechanical Engineering..
Language Proficiency
English, Hindi, Telugu
