• Gender: Male
• Age: 47
• Designation: Senior Executive
• Highest Education Level: Graduate - Degree
• Preferred Country: India
• Preferred Location: Anywhere
• Work Experience: 24 Year(s)

Education

B. E., Mechanical Engineering from Bharadhidasan University in April 2000.
Computer Knowledge
Discipline Expert Know How
Cad Pre/Engineer 2001 Wildfire 2.0 Catia V5 R10 UG V 18
PDM Packages Pro/Intralink 3.2 3.4

Skill Sets

Expertise in Plastic and sheet metal components.
Project Management tools PITS, Risk assessment tool, Schedule Tracker,
6 sigma tools QFD, Benchmarking, DOE, Design Score card, FMEA, P-Diagram,
Root Cause Analysis, SCR to CTQ analysis Statistical and Reliability Analysis Minitab.
Having Knowledge on DFR.

Work Experience

Product Design & Development Engineer (Mechanical)
April 2004 to till date
Presently working with a leading Design Centre.
Onsite Assignment:
May 2006 to Aug 2006: DC Build Implementation for 2007 Dual Cavity FS Program.
July 2007 to July 2007 : PPR Build for 2008 Monogram Pro-Range and Range Product Line Ambassador.
Job Profile:
Identify the Design Opportunities for PCTO. Active member in LG&Q Analysis and Teardown session from offshore.
Team Lead for 2007 Dual Cavity program in offshore.
TDD Lead for Range Product Line.
Mentoring the team on GE Six sigma Green Belt Certification.
Training the new teammates on GE process tools, Six-sigma and Cad Design tool Pro-E in order to meet the program deliverables.
Driving Quality Process for Range Product Line.
Reviewing Master Cad Projects.

Project: 2008 Monogram Pro-Range.
Its a NPI, entirely new design of Free Standing and CKTP for Monogram program.
Role: Team Lead (Cad Team) & Design Lead Engineer
Responsibility:
Develop and Maintain TDD for the entire program
Responsible for quality delivery using Six sigma methodology
Meeting the cycle time & project schedule
Executed Pre-Pilot Run build at Roper Plant, USA and updated design based on build feedback.
Owner for updating the assembly bill of materials.

Project: 2007 FS Dual Cavity.
Its a NPI, scoped to redesign the freestanding electric ranges for two cavities with appearance change.
Role: Team Lead
Responsibility:
Work balancing the offshore team, meeting the cycle time & project schedule
Effectively conducting and Participating weekly Drawing Review and Design Review and making drawing release plans for every build
Responsible for quality delivery using Six sigma methodology
Executed design confirmation build at Roper Plant, USA and updated design based on build feedback.
Responsible for conducting P&A analysis based on TDD standpoint.

Project: 2005 FS Range.
It s a new product with additional features for the USA & Canada Market.
Role: TDD Lead
Defining the basic top down skeleton and build the complete assembly
Updating part in Top down regularly & checking for interactions using DFSS tolerance analysis.
Coordinating between different sub-system engineer in studying the various interaction & fitment.
Developed a top down process, checklist for various stage of a NPI program, hints to avoid common errors. This process commonly adopted across the product lines.

Team Lead for GE design team.
July 2003 to April 2004
Idola Fori Ltd, Hyderabad.

Job Profile:
Team Lead for GE design team.
Quality Deliverables.
Allocate resources based on Project demand and workload.

Project: Fixture Design
Role: Team Lead
Design, model & develop fixtures for various parts, listed below key fixtures
Measurement Fixture Holding parts for quality measurement
Endurance Fixture Power stripper optimized for better performance

Project: Mould Design for Car components
Generated core and cavity mold for car compartment components. Added complicated side core & inserts based on requested parting surface. The Extracted Mold Components was then subjected to Pro/Manufacturing for Generation of NC Codes

Engineer
April 2001 to July 2003
CIPET, Chennai.
Job Profile:
3D Modeling of the Powder Container with Cap and Body Component was done. Then Assembly of the Powder Container was done followed by 2D Drafting. The Assembled Container was then checked for Global Interference. By using BEHAVIORAL MODELING concept different volumes was suggested for the Container taking Height as a Deciding Factor. MOLDFLOW analysis conducted for complicated part, reviewed & optimized design based on mold flow result
Expert in REVERSE ENGINEERING, starting from developing points for IGES file from part, building model in Pro/Engineering and validating model with actual part.