Worked in the worldwide competitive pricing team. Devised strategy and implemented programs to ensure and improve Amazon's price competitiveness against its competitors.

Achievements: • Managed a project (Budget: $300,000, Annual Saving: $312,000) to develop 14 variants of corrosion resistant tools• Increased annual revenue by $7 million by developing a customised tool for a field location in Brazil• Managed & executed a project (Annual Saving: $500,000) to increase retirement life of a tool from 2 years to 5 years (Six Sigma Project)• Achieved annual savings of $550,000 by qualifying and introducing new high-performance O-rings (Six Sigma Project)• Successfully completed four major projects following the Product Lifecycle Management (PLM)• Got certified by Schlumberger as a Lean Six Sigma Green BeltMajor responsibilities were to:• Engaged actively in supplier selection and verification for new products.• Assisted supply chain, manufacturing, field engineers and quality department in solving engineering related issues.• Managed and executed projects independently by doing project planning, budgeting, design analysis, developing & testing engineering prototypes, and assisting in product commercialisation. • Performed FMEA and Root Cause Analysis (RCA) on field failures and implemented design changes to prevent these failures in future.• Prepared technical documentation and made presentations to technical and management audiences

Teaching Assistant for ME335: Heat Transfer Course in Mechanical Engineering Department at University of Michigan.

- Performed extensive product validation testing.- Performed six-sigma studies for scrap reduction.- Assisted in warranty return analysis of Compact Brushless Actuator to help prepare 8D reports and find and eliminate the root-cause of the problem.

- Helped in setting-up of a new fire research laboratory at IIT Roorkee. - Studied technical specifications and prepared comparative bidding statements for purchasing new equipment like Large Scale Oxygen Depletion Calorimeter, High Speed Camera and Data Acquisition System for this lab.

Learned technical, management and operational aspects of thermal and gas power plants

• Project objective was to study and evaluate the effect of different density porous materials on mixing of gases.• Designed and assembled an experimental setup to study the flow and mixing pattern of two concentric jets inside a closed chamber.