I:M Good In Catia V5,Hypermesh V13,Optistruct.

CAREER OBJECTIVE

To excel and be an expertise in the area of CAE domain where my employer can utilize my technical skills to the maximum extent for the fulfillment of company goals, with mutual professional and personal growth

PERSONAL SUMMARY

A highly efficient, hardworking and talented design engineer with a comprehensive understanding of design processes. Possessing a good team spirit, deadline orientated and having the ability to produce detailed technical specifications from client requirements. Keen to find a challenging & suitable engineering position with ambitious company that offers opportunities for career development and advancement.

Worked in AAN CAE Technologies Bangalore as CAE Engineer from SEPT 2016- NOV 2017 (1.2 YEARS)

Trainer & Works on Academic Projects

Project 1: FE modeling Structural Analysis of Rivet Joint

Tools: Hyper mesh

Description: FE Modeling was generated for Rivet joint as per the Group's requirements and appropriate thickness and material properties were assigned.

Project 2: FE modeling of Wall Static Pressure:

Tools used: Hyper mesh

Description: FE Modeling was generated for the wall and Impact nozzle with fluid dynamics

Project 3: FE modeling of IP and Console

Tools: Hyper mesh

Description: FE Modeling was generated for complete IP and Console assembly for with appropriate thickness and material properties.

Roles and Responsibilities

Perform complex design analysis using Computer Aided Engineering (CAE) software.

Understand customer basic requirements and expectations for new product design and improved designs.

Implement engineering changes as required.

Develop alternative design solutions or quick engineering solutions for complex problems.

Maintain records of all activities and results in CAE project database.

Participate in design review meetings to provide appropriate recommendations.

Communicate with team members and customers on all projects related matters.

Provide timely design guidance and support to team to meet customer requirements.

Assist management in establishing and updating project plans and priorities.

Maintain a positive working relationship with all levels of the organization.

Hypermesh skill how I’m work:-

Responsibilities includes, how to capture the Mid-plane geometry, cleaning-up the geometry for errors/bugs for the IGES, STEP formats.

Teaching the meshing (Shell and solid meshing) with tri and quad elements after extracting proper middle surface.

To check the element normal

Creating components and organizing and assigning the elements according the profile/geometry thickness

Projects Modeling for: -

BIW Sheet Metal Parts

Roof & Roof Bow parts

Brake Pedal, Plastic Parts With Ribs & Bosses

Tyre

Exhaust parts

Foam Block

Door & Door trim parts

I had associated with complex plastic parts which is having varying thickness so that it is difficult to obtain proper mid surface to mesh. Then I proceed with an approach where I mesh without mid Surface.

First mesh the component with 2d mesh and then splitting the solid into mappable regions and then use the Solid Map panel.

The solid needs to be split into mappable regions and a shell mesh can also be created as a guide for the solid mesh(Hex-Penta Mesh using Surfaces)

BASIC ACADEMIC CREDENTIALS

Qualification

Board/University

Year

Percentage

B.E. (Mechanical)

Visvesvaraya Technological University, Belgaum

2012-2016

58.63%

Intermediate

PU Board, Department of Pre-University Education

2008

54.83%

High School

Karnataka Secondary Education Examination Board

2005

47.61%

CERTIFICATIONS

Catia V5 from EDDUCAD

Hypermesh V13 from AAN CAE TECHNOLOGIES

PROJECTS REPORT

TITLE: “CFD VALIDATION OF HEAT TRANSFER ENHANCEMENT THROUGH DIMPLE SURFACE PLATE UNDER FORCED CONVECTION METHOD”

Description: Dimples are used on the surface of internal flow passages because they produce substantial heat transfer augmentation. This project work is concerned with finding convective heat transfer coefficient by using a CFX (ANSYS V14) software which is one of the CFD analysis software.

The varying parameters were

i) Dimple arrangement on the plate

ii) Heat input

iii)Dimple diameter on the plate.

Computational Fluid Dynamics is a powerful way of modeling fluid flow, heat transfer, and related processes for a wide range of important scientific and engineering problems.

Modeling of dimple surfaces on a plate is made in software and then analysis is carried out. The obtained results are compared with experimental results.

SOFTWARE SKILLS

Auto CAD, Hypermesh, Optistruct, ICEM CFD, CFX, STAR CCM+.

Microsoft Word, Microsoft Excel, Microsoft Power Point.

EXTRA CURRICULAR ACTIVITIES

Worked as a co-ordinate for industrial visit carried out by department of mechanical in NTPC Kudgi plant.

Worked as a coordinator for the workshop event known as "AUTOGUSTO - 2" conducted by IIT-Kanpur at S.I.E.T.

CURRICULAR ACTIVIES

Participated in “ACCELERATION 2014” held at Walchand Institute of Engineering and Technology in "WORK HOLICS".

Participated in Seminar held at Secab Institute of Engineering and Technology on “RECYCLING PLASTIC WASTE INTO FUEL ".

Worked as Coordinator for the event known as “TECH HUNGAMA 15” conducted by Mechanical department at Secab Institute of Engineering and Technology.

INTERPERSONAL SKILL

Ability to rapidly build relationship and set up trust.

Confident and determined.

Ability to cope up with different situations.

Strong problem solving skill.

PERSONAL DETAILS

Date of Birth : 11 May 1995

Languages Known : English, Hindi, Kannada, Urdu

Marital Status : Single

Nationality/Religion : Indian

Interest & Hobbies : Internet browsing, cricket, badminton and reading books.

Home Town : Shaikh colony beside al-Wahab masjid Vijayapura 586104

DECLARATION

I do hereby declare that the above information is true to the best of my knowledge.

Place: Bangalore

Haris Ahmed

Date:

(Signature)

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