Mechanical Engineering Microsoft Office

Shrushti Deshpande

682-***-**** ac1fa9@r.postjobfree.com www.linkedin.com/in/ShrushtiDeshpande

Professional Summary

Hardworking, enthusiastic and results-oriented individual, offering robust qualifications in engineering with proven abilities to tackling multiple projects and accomplishing goals.

A forward-thinking individual with excellent understanding of Mechanical Engineering software’s, tools and

technical concepts.

Proficient with using CAD software’s like AutoCAD and CATIA for 2D and 3D modelling of various components.

Core Competencies

Software Proficiency: AutoCAD (2.5 years), Catia V5 (1 year), ProE (1 year), Ansys Icepak (1 year), Workbench (1 year), Solidworks, Matlab

Skills: Microsoft Office Suite, Tooling Design, Project Management, Bill of Materials (BOM), Standard Operating Procedures (SOP), FMEA, APQP, GD&T, ANSI Geometric Dimensioning, Product Documentation, Manufacturing Processes, Process Development, Data Analysis, Material Management, Mechanical Drafting, 2D and 3D designing, Analytical problem solving, Communication skills, Self-motivated, Team player

Education and Certifications

Master of Engineering in Mechanical Engineering August 2015 – May 2017

University of Texas at Arlington, Arlington, TX

Bachelor of Engineering in Mechanical Engineering July 2009 – May 2013

MET’s Institute of Engineering (University of Pune)

Design Failure Mode and Effect Analysis (No: 65801) November 2014

AutoCAD R-2010 February 2011

Work Experience

Graduate Engineer Trainee (GET) Force Motors Ltd., India October 2014 – June 2015

Designed and optimized 8 Fixtures and 5 Gauges using AutoCAD and Catia for manual transmission of small commercial vehicle (SCV)

Achieved an annual cost saving of $150000 and increased OEE by 3% by working cross-functionally with manufacturing teams to implement changes in existing designs

Achieved 5% reduction in downtime and central storage space near machines by designing Kitting trolleys for material handling

Spearheaded the preparation of Standard Operating Procedures and Bill of Materials for product documentation

Academic Projects

Manufacturing Machine Shop April 2017

Objective: Calculate the material removal rate and efficiency of cut for simple turning operation on lathe machine

Selected the values of feed, depth and speed for roughing and finishing cuts (from standard values available on the lathe)

Recorded the thickness of the chips formed in four different cases

Calculated the volume removed, material removal rate, cutting time, cutting force and efficiency of cut for the different cases

Electronic Packaging Projects (CFD projects) January 2016 – April 2016

Used parameterization feature in Icepak to determine the optimum location of the fan leading to more heat transfer and reduction of maximum temperature

Modelled and optimized temperature distribution for parallel flow square pin, parallel flow circular pin and impinging flow

Optimized temperature distribution by modelling and studying 4 cases of cross cut heat sinks

Investigated the thermal distribution in Thin Small Outline Package in Icepak and developed solution for better heat distribution

Design of five axis servo controlled robot June 2012 - April 2013

Lead a team of 3 students and designed a six-servo controlled five axis robot

Constructed a prototype to perform pick and place operations in the industry

Machine Workshop Training June 2009 - May 2013

Hands on experience on a Lathe machine to perform operations like turning, facing, boring and finishing

Hands on experience with other manufacturing processes like welding and grinding

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