Swash Pawar

Lead Piping Engineer with a record success in leading large scale ($1000M+) Class V projects containing critical piping and process units from design to execution within Oil & Gas (Upstream, Midstream, Downstream), Nuclear, and Renewable Energy industries. 

My expertise covers all Complex Pipe Stress Analysis (Caesar II/AutoPipe), Vibration Analysis(FEA), Piping Material Specifications, Piping Layout Design(3D CAD-AutoDesk, AutoCAD, Navisworks), Equipment Specification/Design, Project Management, Project Engineering, and Reservoir Engineering.

Air Products: Lead Piping Engineer                                                                        

• Lead large scale ($1000MM) Hydrogen Production projects from planning to execution managing Pipe Stress Analysis and Piping Design layout 
• Championed the development of a Deliverable Tracking Program (Automated) overlaying Forecast Curves against weekly progress to ensure deliverability
• Performed Stress Analysis of Critical Piping systems in accordance with ASME B31.3 Code requirements using Caesar II, AutoPipe, and NozzlePro
  • Air Coolers, Heat Exchangers, Pressure Vessels, Cryogenic Hydrogen Piping/Associated Equipment, Fired Heaters, Compressor piping
• Developed Project Execution Strategy for Basic and Detail Design for Pipe Stress and Piping Design to align procedures within all offices
• Generated Stress Critical Line List from P&IDs to identify Engineering and Design scope for accurately estimating Project Budget and Schedule
• Provided comprehensive FIV/AIV analysis to optimize design solutions for systems with excessive vibration and resolved problematic loads on attached equipment nozzles
• Designed solutions for over-stressed piping arrangements such as pipe re-routing, support relocation, and addition of supports with isometric markups
• Prepared specifications and requisitions packages for expansion joints, spring hangers, constants, and pre-insulated pipe supports
• Developed internal specifications, standards, and job aids pertaining to Pipe Stress Analysis in accordance with applicable codes and standards (API, NEMA, ASME, etc.)

Worley: Lead Piping Engineer – Superior Refinery Rebuild                                 

• Lead $1000MM (Class V) large scale project managing Pipe Stress Analysis, Piping Design layout, Pipe Specifications, and Vessel Design
• Performed Stress Analysis of High Temperature Critical Piping on Crude and Fluid Catalytic Cracker Units using Caesar II, NozzlePro, and S3D 

                 o Air Coolers, Heat Exchangers, Pressure Vessels, Three Pump Systems, Fired Heaters, High Temperature                     Steam lines, Compressor piping, Slug systems

• Developed conceptual routing, piping layout, and piping information of major critical equipment such as Compressors, Reactors, Towers/Columns, and Heaters
• Reviewed technical documents such as Engineered Supports and Critical Equipment while interfacing with vendors to mitigate concerns and issues
• Maintained Line List, P&IDs, and Piping/Valve Specifications per Project and Client requirements 
• Followed strict Project Schedule and Budget to issue design deliverables to Client

Texas A&M University

• Major: Petroleum Engineering                                                    
• Minor: Business and Project Management