• Gender: Male
• Age: 29
• Designation: Design Engineer
• Highest Education Level: Graduate - Degree
• Notice Period: 30  Days
• Preferred Location: .....
• Work Experience: 7.1 Year(s)

Education

Graduate in Mechanical Engineering.

Skill Sets

Professional having 3 years and 3 months of experience in the field of Product Design using UG NX along with PLM and including Sheet metal simulation(6 months).

UG NX – Modeling, Sheet metal, Assembly, surface & Detailing.
TEAM CENTER – PLM (Product lifecycle management) software.
AUTOFORM – Incremental forming simulation, spring-back analysis, Trim line optimization

Solid modeling, Surface design, Drafting, Assemblies, and Sheet metal by using UG NX.
Product Design of Sheet metal and castings.
Good knowledge of GD&T and Drawing reading.
Generation of parametric 3D models from 2D Drawings.
Proficient in the Re-mastering of complex components.
Excellent team player & with careers oriented attitude.
Highly motivated, innovative, quick learner with good analytical skills.

Work Experience

Design Engineer
June 2017 to August 2019

Design Engineer
September 2019 to September 2020.

Executed projects in the below domain:
Developing of casting parts.
Involved in modifying castings, sheet metal, and plastic parts for the Alternator parts.
Detailing 2D drawings.
Surface Modeling and Engineering features.
2D to 3D conversion.
Team center & SAP for product data management.
Simulation for sheet metal parts.

Summary of Skills:
Hands-on experience in Part Design, Generative shape, Drafting, and Assemble by using UG NX
Expertise in incremental forming simulation including spring back and trim line optimization
Creating change no and BOM creation in SAP.
Good knowledge of GD&T.
Conversion of 2D to 3D.
Data conversion of casting models.

Projects Handled:
Project 1: IAM Project for Alternators and Starters:
Summary:
Handled the IAM project for Alternators and Starters for various customers.
It involves specifying the product manufacturing and specifications.
Change no, USE, and POS files are cataloged and updated in specified ECR.
IAM involves creating new items, new revisions for updating the changes required.
After customer approval product & drawings are moved from initial status to final status where the product is released for manufacturing.

Project 2: Design Of Rear Bumper, Mirror Patch, And Armrest:
Summary:
Developing of B-Surface from given Styling Surface as per the guideline. Creation of technical features on the B-Side surface and Engineering features considering manufacturing feasibility.
Input:
Styling Surface

Project 3: Designing the die face and simulation for BRACKET ENGINE MOUNT:
Summary:
Studying the product drawing/data supplied by the customer and checking for its correctness.
Study of manufacturing feasibilities of the component.
Preparing the die layouts/plans indicating the detail of operation performed in each stage using the UG NX 10.
Formability analysis for all sheet metal operations including trim line optimization
Preparing Method plan for deciding the process of the part.
Interaction with Product designer for modifying the part as per the simulation result.
AUTOFORM SIMULATION is used for analyzing any spring back, wrinkles, thickening, and thinning rate of a sheet after simulation on the sheet is completed.

Other Projects:
Also, worked on various casting and sheet metal projects which involve 2D-3D conversation of Stiffener LH, Bearing housing, a remastering of the Crash box, and sheet metal Parametric flange.