Phone: +1-919-***-**** Email: acok92@r.postjobfree.com

Webpages: LinkedIn, Personal

SAURABH BAKSHI

Summary

Motivated and disciplined engineer with practical experience in the field of precision mechanical design

and support of biomedical, industrial equipment and scientific instruments. Proven experience in

completing project deliverables on time while meeting stringent quality standards and demonstrated strong

communication and team leadership skills.

Current Position

(Aug 2013 – Present)

Warranty Specialist Engineer, Jacobsen TEXTRON

Conduct root cause failure analysis of mechanical, electrical a nd hydraulic parts and systems that

are used in industrial grade turf care equipment.

Design test setups and establish procedures to conduct FMEA studies and analyze data to identify

failure trends.

Document results and convey report to design engineering a nd production for changes in product

design or assembly procedures. Communicate results to the supplier design team if necessary.

Discuss failure containment action and work on recovering warranty expenses.

Key person for design and development of Customer Care dashboard in Qlikview, a BI platform.

This resulted in improved recovery initiatives by 40% and reduced overall warranty by 3.5% for

2014.

This is a highly hands-on position that requires critical troubleshooting and decision making skills.

Professional Experience

(Mar 2012 – Apr 2013)

Mechanical Engineer, Bruker Corporation

Designed a motion/position control system used in industrial metrology applications. This involved

design and development of mechanical components and systems, crea ting assembly and part

drawings, tolerance stack-up analysis, vendor interaction, BOM and ECO creation and

documentation for assembly, use and maintenance procedures.

Worked in an ISO regulated clean room environment.

Worked with multi-disciplinary and inter-departmental teams to develop prototypes of

electromechanical, pneumatic and optical hardware and supported the release into production.

Supported applications engineering in the definition, implementation, and validation of product

features and performance. Lead activities for NPI and sustenance design.

(Aug 2011 – Feb 2012)

Biomedical Engineering Technician, Rex Healthcare, Raleigh, NC

Worked with the Biomedical Engineering team to provide maintenance and installation of medical

equipment and healthcare related devices.

Conducted preventive maintenance routines (IQ, OQ, PQ) and scheduled safety and quality checks.

Carried out repair and maintenance activities using product handbooks and manuals.

(July 2010 – Sep 2010)

Graduate Intern, Industrial Extension Service, NC State University

Studied the manufacturing process for OEM lighting company, Optimum Lighting, LLC,

Henderson, NC and made improvements based on the principles of lean manufacturing and JIT.

Developed a planned approach for relocation and expansion of manufacturing facilit y and designed

layout in AutoCAD for the same.

(July 2007 – June 2009)

Project Engineer, Precision Automation and Robotics India Ltd.

Developed a prototype model of a surgical robotic arm. Used ProE extensively for 3D modeling.

Conducted design and process FMEA of components.

Lead engineer on End-play gauging station, Crankshaft Automation project for Kirloskar Oil

Engines Ltd. India.

Underwent a rotation cycle and learnt work-force management, material ordering through ERP

system, creating BOM and third-party vendor interaction techniques.

Education

Master of Science, Mechanical Engineering, North Carolina State University (Dec 2011)

Minor in Industrial Engineering

Bachelor of Engineering in Mechanical Engineering, University of Pune, India (June 2009)

Relevant Academic Projects

Design and Manufacturing of Medical Devices: Designed a revolutionary “preservative-free,

measured eye-drops dispensing system” in SolidWorks 2010 adhering to FDA standards and

developed a rapid prototype by 3D printing. Then designed and manufactured a mold for

manufacturing the product by injection molding using ProE & SurfCam V5 package for CNC

machining and developed a working prototype.

Cardiovascular Biomechanics: Simulated the vessel wall displacement by accounting for radial

effects in addition to the longitudinal displacement due to blood pressure under pulsatile flow in the

carotid artery using Simulink.

Design of Electromechanical Systems: Developed a model of a low power energy harvester based

on a tethered buoy concept in ProE to generate electricity from waves. Used FEMM, ANSYS

package for analysis.

Graduate Research

(Jan 2010 – Dec 2011)

Research Assistant, Micro/Nano Engineering Lab, NC State University

Design and development of ultrasonic transducers for stem cell characterization.

Designing a fixture to test the application of high intensity ultrasound for tissue ablation.

Developing a commercial packaging for a flexible phased array ultrasound transducer.

(Aug 2010 – Dec 2011)

Teaching Assistant, NC State University

Courses taught: Statics, Fluid Mechanics, and Mechanical Engineering Design.

Skills

Packages: ProE, SolidEdge V19, Solid Works 2009-11, AutoCAD, Catia, ANSYS, Matlab,

LabVIEW, Qlikview

Other tools: MS Office, Access, Visio, Latex, Origin

Equipment: Laser vibrometer, impedance analyzer, ultrasound pulser-receiver, 2D/3D optical

microscope, AFM, SEM, photolithography apparatus, NC/CNC machinery, precision lapping

machine

DFM/DFA, GD&T, ASME Y14.5-1994, TPM, SAP, clean room/regulated environment training

ASME Six Sigma certification “Introduction to Lean Six Sigma”

Publications

Bakshi S, Williams J, Matthieu P, Loboa E, Jiang X: “Cell Characterization Using High

Frequency Ultrasound” IEEE Ultrasonics Symposium 2011: 18-21 Oct, Orlando, FL

Bakshi S, Guo S, Jiang X: “Multi-Frequency Focused Ultrasound for Tissue Ablation” ASME

International Mechanical Engineering Congress and Exposition 2011: 11-17 Nov, Denver, CO

Awards

2011 Student Paper Competition Award in the category ‘Transducers and Transducer Materials’

presented by the IEEE Ultrasonics, Ferroelectrics and Frequency Control Society.

2009 University Merit Ranker (8 ) Award – Mechanical Engineering, presented by the

th

University of Pune, India.

2003 Maharashtra State Scholarship recipient.

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