Twelve years of Automotive experience as Design Engineer focusing on assessing buildability, manufacturability and integration of chassis components for heavy/light trucks
Ten years of experience in collaborating with Tier 1 suppliers for product development
Experienced in developing Engine/Transmission and Suspension mounting systems. Hands on experience in procedures and techniques used for Design and Analysis
Acquired Patent for Dynamic Damper Apparatus with Retaining Structure for Noise Reduction (US10156278B2) and Skid Plate with Recovery Point (US11472244B2)
Skilled in fatigue life prediction methodologies using mathematical and nCode Design Life
Overview
14
14
years of professional experience
Work History
Senior Engineer
Honda R&D Americas, Inc
Raymond, OH
01.2014 - Current
Lead multiple projects as Chief by maintaining development schedules, reporting risk assessment and countermeasures to technical evaluation committee
Responsible for defining requirements, execution of design, analysis, development, testing, control of engineering projects and support build programs
Exercised technical direction and engineering support for suppliers
Developed and implemented engineering designs and changes
Released parts and subsystems for production
Worked with engineering functions, plant personnel and buyer to implement cost reduction methods and product improvements
Chassis Design Engineer
Ford Motor Company
Dearborn, MI
02.2012 - 12.2013
Development, design and delivery of ladder frames
Working with CAD designs, Engineering requirements validation and PLM technology development
Using Teamcenter engineering to manage data and visualize, verify requirements and release parts
Using CATIA and Teamcenter to develop functionality compliant, manufacturing feasible and engineering requirements based compatible geometry
Developed automated process to convert 3D data into a finite element analysis model in partnership with data architects
Research Assistant
University of Michigan
Dearborn, MI
01.2011 - 02.2012
Worked on full range of procedures and techniques used in Finite Element Analysis (Abaqus, Hypermesh and Radioss) and fatigue life prediction methodologies (mathematical and nCode Design Life)
Performed tensile and fatigue testing using MTS tools to Stress-Life and Strain-Life relationships
Correlated the test results with analysis and theoretical results PROJECTS Investigation of Fatigue Characteristics for Base and Welded Joints of Magnesium Alloy and their Fatigue Prediction Methodologies (For USCAR)
Design of specimens for tensile, fatigue (constant and variable amplitude load) testing complying with ASTM standards and testing using MTS equipment
Fatigue life prediction using mathematical models (for fatigue specimens) and nCode Design Life
Linear Static Analysis of tensile, fatigue specimens and welded joints (FSW, FSSW)
And finally correlating the test data with FEA results Investigation of Fatigue Characteristics of Solder Joints (For General Motors)
Linear Static Analysis using Hypermesh (Pre-processor), Radioss (solver) and Hyperview (Post-processor) and tensile and fatigue testing of Lead-free and Lead solder joints
Education
Master of Science - Mechanical Engineering
University Of Michigan
2012
Bachelor of Engineering - Mechanical Engineering
Jawaharlal Nehru Technological University
2010
Skills
Computer Aided Design-CAD: CATIA V5, Solid Works 2008 and GD&T
Finite Element Analysis
Durability / Fatigue Life Calculations
Cross-functional team leadership and communication