Quality Engineer Manufacturing

Aishwarya Pawar

*****.*********@*******.*** 313-***-**** www.linkedin.com/in/pawaraish25

EDUCATION

Master’s in Mechanical Engineering, Wayne State University – Michigan, USA AUG 2018-APR 2020

Bachelor’s in Mechanical Engineering, University of Pune – Maharashtra, India AUG 2013-JUN 2017

PROFESSIONAL EXPERIENCE

MANUFACTURING ENGINEER – SUPER COLLAPSIBLE TUBE IND. PVT. LTD. JUNE 2017 – MARCH 2018

Designed process improvements on CATIA for manufacturing capability.

Constructed BOM for optimization in manufacturing.

Improved and maintained quality and reliability by Standard Operating Procedures (SOP’S).

Performed weekly continuous improvement activities like Kaizen implementations on the shop floor.

Maintained minimal waste by application of Lean Manufacturing principle.

Provided details about cost of new components and maintained Cost saving.

Maintained Process Flow Diagrams of workspace for maximum efficiency.

Assisted maintenance team in trouble shooting breakdowns and identifying failures using PFMEA analysis.

Tracked weekly KPI’s to ensure efficient performance.

Improved and maintained Labor Efficiency and productivity.

Worked closely with Quality and Design Engineers to monitor proper technology and implement Sustainable improvements.

QUALITY ENGINEER – L&T CONSTRUCTION APRIL 2018 – JUNE 2018

Maintained and evaluated quality documentation including Pareto charts for annual audits.

Monitored and improved performance of production processes with respect to line balancing, cycle time, uptime, ergonomics, and quality checks including Gage R&R.

Quality improvement and modification of parts based on customer drawings using GD&T.

Coordinated the manufacturing launch of new products including establishing goals, and evaluating results using APQP method.

Managed 8D investigations and developed correction action plan from internal quality audits and customer complaints.

PROJECTS

Design and Analysis of Centrifugal Pump Impeller

Designed and analyzed the centrifugal pump impeller.

Carried out meshing of impeller in HyperMesh for optimum design to achieve flow characteristics.

Successfully determined effect of trimming, changing the number of blades and blade angle on pump efficiency and required shaft power.

Design and Analysis of Composite Material Wind Turbine Blade

Developed MATLAB code for failure analysis of lamina by Classical Lamination Theory (CLT).

Deduced ply angle orientations and thicknesses for designing a composite wind turbine blade.

Predicted the possibility of laminate failure by Tsai-Hill, Maximum Stress and Maximum Strain criterion using MATLAB.

Creep Fatigue Analysis of the Flip-Chip Package

Created 2D geometry and analysis setup for the Flip-chip using HyperMesh.

Imported test setup in ABAQUS and ran analysis to determine stresses in the Flip-chip.

Found out the fatigue in the solder balls of the in the Flip-chip.

Frontal Impact Analysis of Honda Accord

Analyzed frontal impact displacement, velocity and acceleration using LS-DYNA.

Observed and analyzed the Dash intrusion and IIHS Dash Intrusion for frontal impact.

Replaced material to Aluminum and added 200 kg mass and then analyzed the effects.

TECHNICAL AND SOFTWARE SKILLS

Microsoft Office Tools-Excel, Office, PowerPoint, Word, Lean Manufacturing, KAIZEN-5S, DFMEA, SPC, Energy Audit Management, Cost Control, Risk Management, Quality Management, Time and Motion Study, Line Balancing, Machine Troubleshooting, Plant Layout Planning, Project Management, APQP, PPAP, Root Cause Analysis (8-D, Fishbone), GD&T, AutoCAD, PRO E, CATIA, Ansys, Mastercam, CAD/CAM, HyperMesh, LS Dyna, MATLAB, ABAQUS, Microsoft Excel, Six-Sigma, CAPA.

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