Swapnil Revankar Email & Phone Number

Longview, North Carolina, US

Longview, North Carolina, US

• Built and executed productivity plans through forecast reviews, determining productivity requirements, and partnering with other Leaders to load balance
• Collaborated with all support teams including Safety, Engineering, Loss Prevention, Quality Assurance, Human Resources to develop plans to meet business objectives
• Implemented and ensured consistent compliance with standard operating procedures, policies, internal audit controls, and business management quality system requirements
• Led multiple engineering teams throughout the entire cycle from initial concept through completion, and into series production.
• Supervised workers on a high capital developmental project resulting in 15% more savings due to improved resource management and accelerated project completion time whilst ensuring compliance with Health, Safety &.

Longview, North Carolina, US

Longview, North Carolina, US

Successfully executed over 17 small- medium scale Hydrogen Infrastructure Installation projects and 3 large scale Cap-Ex projects worth$10M-$100M in a 20-month period with a team of 5-7 engineers and others from cross functional teams. Commissioned 5 Hydrogen generation and storage infrastructure facilities/ hubs at several Fortune 500 companies.

Arlington, TX, US

Work Responsibilities:1. Assisted in training the Neutral Network for Machine Learning.2. Gathered and Analysed the data using Inverse Analaysis for a Heated Rod for Machine learning process.

Charlotte, North Carolina, US

• Role and Responsibilities:
• Analyzed various aspects of supply chain operations and initiated continuous improvements in the organization by establishing supply chain metrics, implementing 5S and visual Kanban methods
• Identified 16 types of losses (Time and Motion) resulting with production meeting 97% of orders on time
• Upheld OSHA safety regulations understanding machine safeguards, recognizing and reporting safety hazards
• Implemented World-Class Principles (i.e.: T.Q.M., Kanban, Demand Flow) to improve customer satisfaction and reduce waste.Achievements:
• Achieved 96% accuracy in Inventory check and maintained a good MOQ

• Roles and Responsibilities:
• Created continuous workflow and implemented process flow, FOCUS methodologies techniques ensuring process quality and performance
• Redesigned and developed Connecting Rods models for engines using Solid works
• Developed work cell layouts to optimize material flow and support 5S and visual management initiatives.
• Provided DFM/DFMEA/PFMEA feedback to engineering as well as participate in DFM/DFMEA/PFMEA reviews
• Improved productivity by 10% using process improvement tools like lean techniques, KAIZEN, Kanban with a tight deadline

• Roles and Responsibilities:
• Researched, Calculated the engineering dimensions and fabricated a prototype of an aircraft which was used for aerial surveillance purpose
• Designed the various aircraft components such as Aerofoil, Wings, Tail, tailstock using CATIA V5 software
• Conducted DFMEA analysis on the components using Design for Manufacturing techniques to identify potential critical failure parts/ components
• Conducted various test on the model such as the wing balance, Throttle check, wings up- wings down analysis, as a part of pre-inspection tests
• Developed and Documented the operating instructions and manualsAchievements:

• Roles and Responsibilities:
• Optimized the production time and cost of manufacturing using Six Sigma methodologies
• Identified potential cause using fishbone diagram, narrowed down the significant causes and found the potential factor using XY matrix
• Constraints were analyzed and improved using 5S and DOE
• Operated Lathe Machine and Grinding Machine to manufacture different types of tools and cutters considering GD&T
• Developed Bill of Materials for the Manufacturing processes considering the MOQ

• Roles and Responsibilities:
• Collaborated with the design team for modeling pump components (Piston pump, diaphragm pump).
• Conducted tests to analyze pump designs under different forces and pressure.
• Experimented working with root cause methodology and process improvement.
• Inspected and tested the pumps to verify their efficiency
• Investigated and initiated corrective actions for problems and deficiencies to ensure product quality

Master In Science, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering

Secondary Education