• Gender: Male
• Age: 40
• Designation: Junior Executive
• Highest Education Level: Graduate - Degree
• Preferred Country: India
• Preferred Location: Anywhere
• Work Experience: 17.4 Year(s)

Education

Bachelor of Science in Engineering (Mechanical) from East-West Institute of Technology,
Bangalore under Visvesvaraya Technological University, Belgaum in July 2007.
(I to VIII Sem - 64.17%, V to VIII Sem - 67.00%)
P U C II KLES Ind from Pre-University College, Bangalore under Pre-University Education Board, Bangalore in April-2003 with 62.66%.
State Secondary Learning Certificate (SSLC)-10TH from Sri Vani High school, Bangalore. under Karnataka Secondary Education Examination Board, Bangalore in March 2001 with
79.52%.

Skill Sets

Designing

Work Experience

Trainee CAD/CAE Engineer
Since August 2007 to till date.
Presently working with a leading company.
Job Profile:
Hypermeshv7- Geometry Cleanup, Midsurface Extraction, 2D shell and surface Meshing, Quality checking, 3D solid meshing (Generation of tetra mesh and hexahedral mesh).
Catiav5- Part -Modeling, Generative Shape Design, Sheet Metal Design, Assembly Design, Drafting.

ACADEMIC PROJECT DETAILS:
Title: Manufacture of Heat Pipe Test-Rig and Characterization of Heat Pipe Performance.
Project Scope: Steady operation of a heat pipe.
Project Objective: Characterization of heat pipe performance.
Description: Manufacture of heat pipe test-rig and evaluating the performance of heat pipe in different orientations for better heat transfer over moderate distances with very small temperature drops and comparing the thermal conductance of heat pipe with copper pipe and copper rod.
The heat pipe application ranges from the cooling of individual semiconductor devices to the heat removal from entire system. Heat pipes have many applications in areas where reliable performance and low cost are of prime importance-for example, in electronics and heat exchangers.
Tools used: AutoCAD, Catia v5.

PROJECT DETAILS ON HYPERMESH:
Project: - Shell meshing of various plastic components for mold flow analysis.
Client: Tecsim Ltd.
Details: Shell (tria) mesh for various plastic components for mold flow analysis. Mesh was done with capturing all the features and maintaining all Quality criteria for the mold flow analysis.

Project: - Shell Meshing of Plastic components of Instrument panels for Crash
Analysis.
Client: Trelleborg Germany.
Details: Shell meshing of plastic components of instruments panels like, Speaker grill, arm rest, map pocket, fuel tanks etc. Mesh was done with capturing all the features and maintaining all quality criteria for the Crash analysis.

Project: - Solid Tetrahedral Meshing of Crankshaft and connecting rod.
Client: Tecsim Ltd.
Details: Solid tetrahedral meshing of crankshaft & Connecting rod with second Order tria element with maintaining all quality criteria.

Project: - Shell Meshing of BIW components for Crash analysis.
Client: PDE Automotive Ltd, Netherland
Details: Shell meshing of BIW components such as, Front end assembly parts, Body side parts, floor panels, door panels etc. The mesh was done with rigid elements for welding purpose and maintaining minimum length criteria and other quality parameters for crash analysis.

PROJECT DETAILS ON CATIA V5:
Part-Modeling, Generative Shape Design, Sheet Metal Design, Assembly Design, Drafting.
Project Title: Idler Arm Bush or Center Bush
Tool Used: CATIA-V5
Client: Mahindra
Team Size: 2
Description:
It is an automotive part which is mounted on the center of the cross member which help us to control the steering linkages of both sides of the front wheels and also for alignment of the tyre rods of the wheels.
Role:Updating and modifying the existing model from 2D to 3D and detailing as per the client requirement and GD&T specifications.

Project Title: Engine Mounting Bracket
Tool Used: CATIA-V5
Client: Mahindra
Team Size: 1
Description:
Engine mounting bracket is an automotive part which is connected to long number up chassis to withstand the load of the engine and firmly connected to the engine bedding centrally.
Role: Bench marking with the competitive vehicle and taking the inputs of the positive aspects from the competitive vehicles depend upon of the inputs, developing the associative 2D drawings from 3D model and modifying the model according to the requirement.

Project Title: Front Cross Member
Tool Used: CATIA-V5
Client: Mahindra
Team Size: 2
Description:
It is an automotive cross member which is connected horizontally to the longer member of the chassis of both LH and RH long member to maintain the suspension and weight of the car.
Role: 3D modeling and drafting of front cross member. I involved in 2D to 3D conversion and vice-versa. I have made the drawing as per Mahindra Standards.

Future Goals

To participate in a challenging project, this utilizes my problem solving skills and abilities in the Mechanical industry that offers professional growth while being resourceful, successful, innovative and flexible, where professionalism and enthusiasm is recognized and learn more new and practical things in industry.