• Successfully tackled complex quality issues by using various Six Sigma tools, contributing to the establishment of a robust and capable process.• Collaborated directly with suppliers to address issues related to Metal Injection Molding (MIM) components, aiming to eliminate production delays and enhance the efficiency of building full assemblies for medical devices.• Successfully trained and educated operators on Device History Records (DHRs), adhering to Good Documentation Practices (GDP) and Current Good Manufacturing Practices (CGMP). Achieved close to 95% success rate in delivering top-quality products that meet all customer requirements. • Collaborated with customers and Process Engineers to enhance the existing manufacturing process, implementing innovative ideas to create an operator-friendly assembly process.• Developed and updated comprehensive Work Instructions and Procedures to facilitate the training and education of both current employees and new hires.• Conducted & participated in Internal as well as External Audits.

• Achieved zero escapes in just 2 months into the job. • Liable for any quality related functions for two main product lines. • Generated First Article Inspections (FAIs) and End Item Data Packages for customers, ensuring comprehensive documentation for new product introductions.• Operated with vendors and suppliers to get the best out of them as well as assisting them with any quality related questions & concerns. • Worked with customers to make sure they get product which meets all their requirements. • Supported QMS manager with internal & external audits as well as resolving CAPA & SCAR by using different root cause analysis tools, for example 5 whys, Fish bone diagram.

• Attained 100% success in timely manner to re-qualify over 200 parts due to location change.• Trained and developed operators to check their own work more accurately to minimize the scrap rate as well as to improve the on-time delivery.• Heavily involved in a new product validation and new product development on daily basis. • Performed statistical analysis on raw data to maintain process capability & Gage R&R to maintain capability of measuring instruments. • Programmed smart scopes and trained inspection team on how to use it to improve inspection completion time.• Performed FAIs & PPAPs for new products and for the revision changes. Also worked with customers and suppliers for any required deviations. • Created FMEA, Process Flow Chart and Quality Control Plan.

• During my service here saved over two million dollars by successfully completing a six-sigma project. • Oversee incoming, in process and final inspections. • Validated and approved new products/machines for production. • Calibrate measuring tools and maintain calibration records in house to save significant amount of money for the company.• Answered customer complaints and provide CAPA in timely manner.• Maintained all necessary quality records and documents. • Answering customer complaints and provide CAPA.• Maintained all necessary quality records and documents.

• Wrote and implemented new Quality Procedures & Work Instructions. • Passed ISO 13485 audit with flying colors. • Successfully reduce scrap rate by 30 – 40 % by training machinists and operators for in-process inspection.• Perform Incoming, In process, first article and final audit inspections. • Operate automated measuring machine that could include and of the following: Manual/Automatic CMM (Coordinate Measuring Machine), Vision system, Shadow Graph. • Read and interpret blueprint drawings. • Perform gage calibrations to make sure all devices which are being used by operators or inspectors to measure are calibrated, repeatable and reliable to use. • Good knowledge of 5s and TWO second lean manufacturing environment. • Perform internal audit and apply improvements where needed.

o Research on flow visualization technique, PIV (Particle Image Velocimetry) underDr. Pushpendra Singh at NJIT.To study why particles are disbursed with a high velocity when an object comes in contact with the liquid surface.To determine why very few particles are disbursed when the object coming in contact with the liquid surface is highly hydrophobicResearch on flow visualization technique, PIV (Particle Image Velocimetry) under Dr. Pushpendra Singh at NJIT. To study why particles are disbursed with a high velocity when an object comes in contact with the liquid surface. To determine why very few particles are disbursed when the object coming in contact with the liquid surface is highly hydrophobic