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Mechanical Engineer Manufacturing

Location:
Windsor, Ontario, Canada
Posted:
January 28, 2019

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Resume:

HARSH PATEL

Cell number: +1-639-***-**** Email: ac8bli@r.postjobfree.com

Linkedin ID: linkedin.com/in/harsh-patel-3886a5164 TECHNICAL SKILLS

Proficiency in 3D modeling, drafting and preparing documentation complying with customer standards by using Solidworks and configuring component using Auto CAD

Academic knowledge of Autodesk Inventor, Minitab, CMM and Catia

Working Experience in automotive industry compiling ISO 14001:2015 standards

Able to prepare bills of materials (BOM) for purchasing department, resolve technical design challenges, and detailed 2D drawing with GD&T for production department

High level of analytical ability; comprehensive understanding of Advanced Quality Planning and PPAP processes

Experience in implementation of lean manufacturing tools (VSM, Kanban, 5S, MODAPTS)

Proficient in Microsoft office Suite ( Word, PowerPoint, Excel, Outlook)

Excellent problem solving and analytical skills combined with impeccable business judgement

Strong oral and written communication skills, with the ability to communicate across levels and within a complex matrix

ACADEMIC CREDENTIALS

Master of Mechanical Engineering May 2017 – August 2018 University of Windsor, Ontario

Relevant course work: Computer Aided Design

Lean manufacturing

Industrial Experiments and Statistic control

Bachelor of Mechanical engineering June 2011 - May 2015 Charotar University of Science and Technology

WORK EXPERIENCE

Production Associate Oct 2018 - Present

Central Stamping Ltd, Windsor, Ontario, Canada (Narmco Group)

Visual inspection of metal automotive parts

Following Critical Quality Check Sheet (CQSS) to meet quality requirements

Maintain the record of produced accepted and rejected parts by using P-chart

Inspected finished part with help of various manual measuring tools like Vernier calliper, micrometer and slip gauge

Junior Mechanical Engineer July 2016- Jan 2017

Nikon Engineering works, Nadiad, Gujarat, India

Collaborated with other mechanical engineers and industrial designers to create and test product prototypes

Perform responsibilities of drafting design specifications

Handle tasks of interpreting designs by using Solidworks, hand calculations and codes of practice and theory to client

Designing and assembling individual valve (Gate, check, butterfly) parts to produce finished components

Establishing the specifications of the product and play active role in Safety Risk Management activities

Trainee Engineer Nov 2015 – June 2016

Akaish Mechatronics Pvt. LTD. Aanad, India

Assisted Senior Engineers with development and maintenance of equipment for manufacturing of Gears

Prepared 2D & 3D drawings and detailed drafting sheets for better understanding

Learned Quality Management system- APQP, PPAP, FMEA

Get trained in manufacturing and CNC machine operation ACADEMIC PROJECTS

3D-Modeling of Two-Cylinder Engine Jan 2018 - April 2018 University of Windsor, Ontario

Design and Assembled different parts of Two-Cylinder Engine using Solidworks

Perform motion study of the engine and generated static stress analysis

Created drafting sheet with the dimension on the 3-D modeling and sectional views Implementation of Lean Manufacturing Tool in Manufacturing Industry Sep 2017 – Dec 2017 Hazura Manufacturing Ltd, Windsor, Ontario, Canada

The main aim is to increases productivity up to 1 percentage and quality of rocker arms by implemented lean tools and techniques (5S, Ishiqawa diagram, 5 why’s, MODAPTS and Kaizen, VSM) for the root cause analysis and eliminate non-value added activities

Improving manufacturing process and identify losses in the productivity by OEE ( Overall Equipment Effectiveness)

Inspected finished part with help of various manual measuring tools like Vernier calliper and slip gauge

Effect of Machining Parameters on Milled Natural Fiber Reinforced Bamboo Composites Charotar University of Science and Technology, Changa, Gujarat, India May 2014 – May 2015

The development of superior performance designs of product by using Taguchi design

Evaluating the cutting parameters like velocity and feed rate to reduce surface delamination and surface roughness

VOLUNTEERED EXPERIENCE

Participated in OJASWAT which organized by CSPIT in 2015 (worked in design and fabrication department of the team)

REFERENCES AVAILABLE UPON REQUEST



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