• Gender: Male
• Age: 35
• Designation: Engineer
• Highest Education Level: Graduate - Degree
• Current Gross Salary: INR  1000 /Annum
• Expected Gross Salary: INR  1000 /Annum
• Notice Period: 30  Days
• Work Experience: 12.4 Year(s)

Education

Bachelor's in Mechanical Engineering From Shivaji University in 2011

Skill Sets

Key Skills:
CATIA V5: Part Design, Generative Surface Design, Drafting, DMU Kinematics, DMU Fittings, Variant Management, Skeleton Methodology.
PLM Software, NX (Unigraphics NX), SolidWorks and AutoCAD
Enventive
Microsoft Office
Solid & Parametric Modeling
Geometric Dimensioning & Tolerancing (GD&T)
Design for Manufacturability (DFM)
Design hand Calculations.
Seat know-How
Languages:C, C++, VB Script

Work Experience

Mechanical Design Engineer
Dec 2014 to Feb 2015
Company Profile: Manufacturer of automotive seating
Job Profile:
Design car 1s trow seat & 2nd row seat structure parts for TATA Motors with CATIA V5
Create drawing with GD&T and upload in Team Center
Modify data in Team Center

Mechanical Design Engineer
Nov 2011 to Sept 2014
Company Profile:  Manufacturer of automotive seating
Job Profile:
Responsible for complete seat design in Cad (CATIA v5) including tolerance studies, packaging studies, fits, tool clearance and manufacturability. 
Worked in innovation department to support OEMs innovation projects from USA, France Germany, China.
Gained diverse mechanical design experience spanning automotive seat design, sheet metal/welded assembly design; injection molding design; tubing/fitting design; seat mechanism design
Responsible for engineering deliverables, including product design, drawings and checking, product specification, analysis, DFMEA and design objectives.
Responsible for constructing Functional volumes for front row seat and second row seat depending on customer specification, safety regulations and company guidelines.
Responsible for projects in which Lumbar and other comfort feature enhancements and the application to seating with effect on comfort and seat contour.
Responsible for Headrest and armrest locations, distance to head, and best practice for location to the body.
Check a design against regulations like FMVSS & ECE.
Perform a Pugh analysis, design guidelines, best practices, past program lessons learned, competitive product benchmarking information.
Ensure that prototype samples meet appearance and functional performance standards and ensure completion of appropriate product validation testing.
Perform studies to benchmark and evaluate competing design proposals. Design concepts and perform vehicle package studies using Catia v5 CAD tool.
Evaluate seat and mechanism kinematics, FEA analysis, and interpret results.
Create individual part drawings, assembly drawingsand complete seat drawings (seat architecture drawings) and apply GD&T, Critical and Significant Characteristics.
Generate BOM's, maintain open issues lists, and typical engineering documents.
Conduct component tolerance studies and assembly stack evaluations.
Perform engineering calculations for mass, strength and performance.
Prepare engineering documents, and coordinate with customer, suppliers.
Conduct a brain storming for multiple projects.
Design innovative component/module like composite seat backrest, plastic backrest (light weight material) that improved functioning, strength and extended the life.
Developed three new mechanisms that added to intellectual property (Patents) of the Faurecia

Mechanical Design Engineer
Catia V5 Experience in tier1 automotive supplier
Mechanical designer with about a3+ years of experience providing technical design of seat mechanisms, seat parts (plastic, metal frame, foam) and components.
Expert in creating 3D models, detailed mechanical drawings for piece parts and assemblies in Catia V5.
Backed by advanced skills in DFM best practices and numerous CAD tools, database/data-storage programs. Earn consistent recognition as a visionary solutions engineer.
Inventor of three intellectual properties. (Patents) for seat mechanisms.

Trainings:
Plastic part: Training of 3 months on automotive interior parts & aware of concepts like sink marks, box effect, water drop effect, draft angle, shut-off angle, core-cavity, lifter, slider, undercut, parting line & parting surface, graining, master sections, B-side features like locator, clip tower, snaps, dog house, screw boss, live hinge, plastic materials.
Think – innovation (out of box thinking) - general approach to find problems by observations & find new efficient & economical solutions for those problems.
Enventive software- construction of 2D parts, constraining, assembly, tolerance stack-up, calculations, Polyline – deflection of part. Dynamic force analysis, etc. 
Seat Architecture training- construction of functional volume front seat & rear seat , regulations, safety, force calculations on seat mechanisms, method for define a position of mechanism links, etc.

Future Goals

Growth