SNEHA MORE

** ******** ******, ********* **. *, Boston, MA 02115 Cell No: 480-***-**** acvqws@r.postjobfree.com LinkedIn Link: https://www.linkedin.com/in/sneha-more-0337a7106 PROFESSIONAL SUMMARY

Accomplished Industrial Engineering graduate with academic experience in Lean concept, Supply Chain Engineering, Product Development and human resources. Industry experience in Manufacturing. Strengths include leading projects and learning new concepts with ease.

SKILLS AND CETIFICATES

SIX SIGMA GREENBELT

Computer Skill : AutoCAD, Inventor, MATLAB, ANSYS, Solid works, Minitab

Language: R Programming, C++, Java

Courses: Statistical Quality Control, System Engineering in Public Sectors, Refrigeration, FEA, Statistical Quality Control, Thermal Engineering,

R Programming.

Lean Concepts and its applications

EDUCATION

Northeastern University, Boston, MA

Master of Science: Industrial Engineering May 2016 F.C.R.I.T, Vashi, Navi Mumbai India May 2014

Bachelor Of Engineering: Mechanical Engineering

V.J.T.I., Matunga, Mumbai India

Licentiate Diploma In Mechanical Engineering: Mechanical Engineering May 2011 WORK HISTORY

Larsen and Toubro, Powai, Mumbai India

Mechanical Quality Intern Dec 2009 – Dec 2010

ISO 9001 Manufacturing Environment Experience.

Proficient with PPAP,APQP,SPC,FMEA

Experienced with Internal Audit and continues improvement process

Worked on Process Control and Analysis Of Manufacturing Activities.

Assisted in Corrosive Action Process Associated with Audit Program.

Participated in Selection and Approval of Vendors.

Developed Improvements in the Methods of Inspection to Reduce Rework.

Responsible for Tools setup and modification along with Subassembly parts.

Performed an Investigation for Root Cause Analysis.

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PROJECTS

Automatic Pill Dispenser Dec 2015

Developed a product cycle from market research to system requirement specification including stakeholder and actor analysis and concept of operation with use case development.

The Effects of Continuous Repetitive Work on the Quality and Apr 2015 Efficiency of the Manufacturing Process

Experiment has been conducted on two different groups to analyze how repetitive works affect the quality of the end product. Positive results were presented with quality data with proofs and also with project extension.

Developing an Algorithm for Interfacial Heat Transfer Coefficient. May 2014 Aim of the present study was to develop an algorithm for interfacial heat transfer coefficient for sand casting. The project is mainly concerned with finding the Interfacial Heat Transfer Coefficient (IFHTC) and to comment on the quality of casting.

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