Vimal Choudhary

Email: adhrdj@r.postjobfree.com Mobile No: 313-***-****

Professional Summary:

Proficiency in creating 3D CAD part models, assemblies, surfacing, and 2D drawing using CAD tools

Proficient in applying the concepts of Finite Elements Methods (FEM/FEA) in evaluating the vehicle performances and optimize their design, Additive Manufacturing, CNC Programming, Lean Six Sigma, Root Cause Analysis

Quick learner with excellent interpersonal communication skills and problem-solving analytical skills. Proficient in cross-functional team communication

PROFESSIONAL EXPERIENCE

Manufacturing Process Associate, Thermo Fisher Scientific, PA June 2020 - Present

Validated the process and performed the risk assessment, and implemented lean tools to reduce the wastes

Collected the data from the quality technicians & proposed the correction and prevention action plan for deviation

Working with project teams to prepare engineering drawings using SolidWorks that detail plans and specifications for customer

Updated SOPs, Batch Records, and manufacturing documentation and created and reviewed the test protocols

Good understanding of the cGMP, OSHA, and process validation-risk assessment by studying the process

J.P Steel Centre, Mumbai June 2017- December 2017

Generate costing and final quote for customer submission utilizing the established process and performed Audits

Produced documentation (BOM) to support sales and working with vendors to maintain the flow of materials

Instruct and assist workers on the shop floor and maintain in-time delivery

Completed the reports and documentation like purchase orders and coordinate with customers and suppliers

Manufacturing Processes Mechanics, Wayne State University December 2019

Created a bracket using SolidWorks and then calculated the load capacity of the bracket using Hypermesh and ABAQUS

Determined the deflection at the loading point and stress analysis of the same bracket using different mesh sizes

Studied the effect of mesh density on the same model varying from coarse to a fine mesh

Determined the buckling load of the bracket and proposed how to improve the buckling capacity

Composite of Material, Wayne State University December 2018

Created and implemented a design plan for wind turbine laminate design

Analyzed various iterations of angle ply carbon fiber composite by using Tsi-Hill failure criteria for successful turbine blade

Assumed wind loading and calculated stresses in each ply on the laminate using MATLAB and C++

Thermal Analysis of Flip-Chip Package, Wayne State University December 2018

Created the 3D model using AutoCAD and carried out Finite Element Analysis using Hypermesh and Ansys

Analyzed the effect of manufacturing induced defects on the fatigue life of Flip-Chip package subjected to thermal cyclic loading

Thermal stresses and strain for fatigue life were calculated using a simplified and reduced model for two different packages with and without impurities.

EDUCATION

Master of Science in Mechanical Engineering August 2018 – April 2020

Wayne State University, Detroit, Michigan

Bachelor of Technology in Mechanical Engineering May 2013 – April 2017

Don Bosco Institute of Technology, Mumbai

Skill Set

Technical Skills: Manufacturing Techniques, Process Cycle Time Reduction, GD&T, DFMEA, Product Lifecycle Management (PLM), Sheet Metal Design, Fatigue Analysis, PFMEA, Injection Molding, 3D Modeling, ECN

Software skills: Word, Excel, PowerPoint, C++

Design: SolidWorks, Siemens NX, CATIA, PTC Creo Certification: AutoCAD

CAE: Hypermesh, Ansys, MATLAB, Abaqus

VOLUNTEER EXPERIENCE

Student Assistance, Wayne State University (Detroit, MI) November 2018 – April 2020

Performed inbound and outbound package audits, prepare and submitted reports on time

Facilitated data collection and information gathering with clients (Corvias, Corq, etc.) using Microsoft Access

Appropriately communicating with the Community Director, Office service Clerk, Resident Advisers, and Desk assistant regarding building updates

Awarded desk assistant of the month In November 2019, April 2020

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