Mechanical Engineer Manufacturing

Divyen Toraniya

**** ********** ******* **, ** **262 Email: ********@****.*** 980-***-**** LinkedIn: www.linkedin.com/in/dtoraniy

SUMMARY

In depth knowledge of manufacturing process, statics and dynamics of machine and calibration of machine with using tool such as Agilent 5530 Laser calibration system, Hidenhain grid plate and Renishaw ball bar measurement kit.

Experienced in working with the standards such as ISO 230 for performance evaluation of numerical control machine and ISO 21771 for evaluation of Gear profile metrology.

Applied Lean six sigma principle for developing a new design of leaky beverage bottle and consummate in negotiation skill, Data analysis and report and Quality review administration.

EDUCATION

University of North Carolina at Charlotte, NC 01/2016 – 05/2017

Master of science in Mechanical Engineer, GPA – 3.75

Related Coursework: Machine tool metrology, Structural dynamics of production machinery, Lean six sigma and practice management Advanced project management, Gear manufacturing and metrology, Engineering metrology

Charotar University of Science and Technology at Changa, GJ 07/2011 – 05/2015

Bachelor of science in Mechanical Engineer, GPA – 3.70

SKILL SET Technical: Autodesk software, Solidworks, Matlab, Minitab, Ebsilon, GD&T knowledge and NC codes

Root Cause and Decision skill:6s, DMAIC, Pareto Analysis, CTQ matrix, Quality Function Deployment

PROFESSIONAL EXPERIENCE

Intern Manufacturing Engineer, Harshu sheet metal and casting, Rajkot, India 11/2014 – 12/2015

Handling the task of assisting mechanical engineers in installation of new progressive die machine.

Teamed with engineering departments for conducting a research on manufacturing technics and process.

Developed design documentation utilizing detailed technical drawings and engineering specifications.

Worked on progressive die that have installing, repairing, fabricating products, became adept at reading blue prints.

Developed technical report and submitted sr. manufacturing engineer and strategized to minimize cost.

ACADEMIC PROJECTS

Modal Analysis on a Milling tool 01/2017 – 03/2017

The frequency response function is measured with the tapping of hammer at different nodes of tool.

Modal parameter such as natural frequency, damping co-efficient and spring stiffness has been evaluated with using peak peaking approach.

Determined the best spindle speed for milling tool around 8500 rpm with chip width 2.1 mm with no vibration of tool.

Determining the volumetric accuracy of Monarch Vertical Machining Center (VMC 45) 03/2016 – 06/2016

Developed error model matrix by finding 21 geometric error of machine with the help of parametric error separation and quasi static error model.

Performed Laser Interferometry with using ISO 230 standard procedure.

Evaluated volumetric accuracy of machine was 48 µm with correction of temperature, pressure and humidity.

Squareness Measurement of VMC 45 CNC machine 04/2016 – 06/2016

Squareness measurement was measured with the help of diagonal measurement and by axis displacement.

Squareness error of 22.05 µrad was measured with the use of Laser Interferometry.

Determined the reason for Squareness error, guideways were bent.

Lean six sigma principles applied to modify the faulty design of the beverage bottle cap 05/2016 – 06/2016

Conducted a customer survey at Food lion store, 30% customers complained about leaky bottle of beverages.

Investigated root cause for leaky bottle and redesigned the new cap with (DMAIC) lean six sigma principle.

Achieved new long term sigma 3.7 and improved sales of beverages by 15% which helped them to get financial goal.

Modification of progressive die to achieve the increment in the life of die 04/2014 – 05/2015

Developed the components of die such as punch, pressure pads, die holder with considering the forces acting on them.

Assembly modification of progressive die by Design of Manufacturability and Design for Assembly principle which helps to reduce the cost.

Improved Die clearance by taking 0.15 mm as a new clearance which increased the tool life in compare to original die.

AFFILIATIONS

Society of Mechanical Engineer 07/2011 – 06/2015

American Society of Mechanical Engineer 01/2015 – 12/2017

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