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Quality Engineer Engineering

United States
March 06, 2018

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Chandan Odeyar

**** **** ***., *******, ** ***** 313-***-**** LinkedIn A dedicated, passionate professional with an advanced degree in Industrial Engineering. Excel at performing root cause analysis, implementing corrective actions and merging engineering changes with minimal impact on production and performance along with knowledge of MIL Standards. Additionally, adept at monitoring compliance with all regulatory standards while driving the mission of the organization to achieve both short and long-term objectives. Willing to relocate for a dynamic opportunity. Areas of Expertise

DFSS, GD&T, PPAP SolidWorks, AutoCAD, NX10 Control Plans

PFMEA, DMAIC, DOE, 8D Statistics, SAP Safe Working Conditions

Microsoft Project & Office Suite

ANSYS, MAT Lab, Mini-tab

ISO9001:2015, TS16949

J-STD, IPC 610, IPC 620

Evaluations & Recommendations

Conflict Resolution


M.S. in Industrial Engineering Wayne State University, Detroit, MI, 2017 GPA: 3.29 B.E. in Mechanical Engineering BMS College of Engineering, India, 2015 GPA: 3.60 Lean 6-sigma DMAIC Methodology Green Belt Certification, 2016 EXPERIENCE HIGHLIGHTS


Implemented ‘5S’ on the shop floor which improved quality and productivity.

Drafted “Assembly Documentation” that provides step-by-step instructions to manufacturing team for assembly of wire-harness and cables.

Effectively cultivated “Manufacturing Process Routing” aimed at directing the flow of the manufacturing process through work centers, correcting the work sequence and enhancing productivity.

Comprehensively reviewed BOM, data sheets and customer TDPs.

Developed and maintained product verification and test documentation that was compliant with ISO9001:2015.

Performed detailed analysis of returned customer parts and used findings to drive CAPA improvements.

Trained employees in departmental procedures and policies as they relate to quality.

Participated in multiple internal and external audits for the purpose of improving processes.

Utilized inspection methodologies to ensure that workmanship occurred correctly producing quality results.

Conducted “Functionality Tests” on PCBs to check for defects and proper functioning. ACADEMIC PROJECTS

Milk-run Optimization for Chrysler

Formulated a linear programming model to minimize the total distance traveled.

Reduced lead-time and inventory while increasing the frequency of delivery. Designing an Ideal Delivery Network for Barista Lavazza

Utilized traveling sales problem.

Effectively reduced the distance travelled by approximately 11,400 km and overall INR cost by 170,000 annually. Improving the Process Yield of SAW BOOM Machine

Comprehensively drafted: Structured Project Guide, flow diagram, Pareto chart and cause & effect diagram.

Significantly reduced Cost of Poor Quality using FMEA chart. This directly improved sigma level from 1.78 to 2.78. Automating the Feeding Process of Steering Knuckles onto a CNC

Created a method offering meaningful improvement on the productivity of steering knuckle parts.

Dramatically reduced cycle time and labor cost of the product. Crash Analysis of a Racing Car

Presented a seminar on the topic derived from deep research gleaned from a literature survey on crash analysis. Synthesis and Machining Characteristics of Aluminum Nanocomposite Material

Efficiently synthesized material employing the use of stir-casting techniques and verified for drilling operation.

Considerably enhanced performance in the areas of thrust, torque and surface roughness.

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