Sanjeev B. Email & Phone Number

Sallisaw, Oklahoma, United States

• Lead a plant size of 180 employees
• Cultivate plant moral with the support of HR & leadership team
• Managed multiple internal crisis to support the delivery for the customer based on requirements
• Reviews P&L statement, Cash flow statement, on a monthly basis to evaluate & mitigate the risk

Rochester Hills, Michigan, United States

• Conducted on site supplier self-assessment audit to support the sourcing process
• Lead supplier procurement activities with support of purchasing and supplier development team
• Assisted suppliers to resolve measurement discrepancies during program launch
• Supported technical review analysis with supplier for new program development

Sallisaw, Oklahoma

• Analyze SPC data for various manufacturing processes to ensure product quality
• Ability to identify trends to recommend preventative maintenance, machining tool wear, offset adjustments
• Lead initiative to improve layered process audits (LPA) using EASE to comply with AIAG CQI-8.
• Lead lean six sigma projects for cost savings, streamline the process

Fletcher, North Carolina, USA

• Created a specification plan for cover sub-assembly of the fan drive, which guides Manufacturing & Quality Engineers to track the assembly process
• Created a standard work instruction procedure to help the operators to follow the specific order while assembling the product
• Assessed the repacking work done by the third party who feed the manufacturing lines
• Interacted with many people to analyze the workflow process & to optimize the process for the repack work
• Arrived the optimum area needed to be secured within BW facility by way of rearranging the layout of machines
• Clarified the wastes associated with it, and estimated that 25% of a labor charge can be reduced

Chennai Area, India

• Conducted a case study on the product quality for turbocharger and analyzed historical data of air leak tests
• Identified the root cause of bad product quality by inspecting the inconsistent reading due to manual process
• Performed a statistical study on the number of parts rejected at sub assembly and final assembly
• Determined the rejection rate as 1031 parts per million over a year due to the manual air leak test operation
• Clarified that the cost of the poor product quality can be reduced by $10,220/year
• Concluded that automating the air leak test will reduce the parts per million by 90 percent

Master’S Degree, Mechanical Engineering Thermo Fluids Track

Bachelor’S Degree, Aerospace Engineering

Engr2000X: A Hands-On Introduction To Engineering Simulations, Computer Aided Engineering (Cae)