Engineering Mechanical

Shubhangi Pardeshi Page * of *

Shubhangi Kailas Pardeshi

Phone No: +91-959**-*****

E-mail Id: *********.**********@*****.***

Career Objective

To gain practical experience in the domain of Design engineering build upon academic learning and support long term objective of pursuing career in the same domain. Work Experience

Organization: SKF India Ltd., Pune (July 2016 – June 2017) Department: Automotive Application Engineering, Pune (Jan 2017 – June 2017)

Worked with cross-functional team to identify the root cause of field NVH failure for 30 bearings within a week.

Partnered with the customer and cross cultural SKF team to understand peculiar Electronic Parking Brake problem and proposed a solution.

Analysis and simulation of TRB bearing contact pressure and fatigue life prediction of automotive differential pinion.

Department: Manufacturing Engineering, Ahmadabad. (July 2016 – Dec 2016)

Worked with the channel team to implement improved process flow for TBU assembly line.

Improved resetting time of bore grinding machine by 45min (Horizontal deployment). Key Skills

-GD&T -3D Modeling - Drafting -Finite Element Analysis -DFMEA

-Project planning & management -Failure analysis -Design for Manufacturing and Assembly Software Proficiency

CREO, ANSYS (Certified), SolidWorks, MATLAB and AutoCAD, Master CAM & C programming Educational Qualification

Bachelors in Mechanical Engineering from Cummins College of Engineering, Pune. Passed out in 2016 with 64.5 % score

Internship

Organization: Cummins Turbo Technologies, Pune (May 2015 - June 2015) Department: Duty Cycle Analysis (DCA) and Noise, Vibration & Harshness (NVH)

Explored the concept of rainflow cycle counting in fatigue life prediction, and prepared a beginner’s guide on the same topic for training new joiners in the department.

Studied the source for various compressor housing noises and shared knowledge with the team. Graduation Project

Design and manufacturing of automatic roller bearing pin sorting machine. A compact, simple yet efficient pin-sorting machine was designed and manufactured within a stringent timeline of 6 months. A potentiometric sensor was used to detect the height, and a multi-bar mechanism (designed using SolidWorks) was used to sort the pins.

Design, implementation and demonstration of a robotic arm to play badminton. Leadership Skills

Headed the Kinematics and Dynamics team of Cummins ROBOCON in 2015 (National level robotics competition) and was also a participant for two years.

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