Summary
Experience
Senior Piping EngineerFluor Corporation
- Led piping design and stress analysis for a $300M petrochemical expansion project, resulting in a 15% reduction in material costs by optimizing pipe routing.
- Managed a team of 3 junior engineers, overseeing P&ID development, 3D modeling in Plant 3D, and isometric generation, ensuring 100% adherence to project schedules.
- Successfully resolved critical piping vibration issues for a refinery unit, improving operational stability and reducing maintenance downtime by 20%.
- Developed and implemented piping specifications for high-pressure steam systems, ensuring compliance with ASME B31.3 and increasing system reliability by 10%.
Piping EngineerJacobs Engineering Group
- Performed detailed stress analysis using CAESAR II for various process units, identifying and mitigating over 50 potential failure points, leading to a 5% project cost saving.
- Contributed to the design of critical utility piping systems for a pharmaceutical plant, reducing installation time by 10% through optimized layout and support design.
- Collaborated with multi-disciplinary teams to integrate piping designs with structural, civil, and electrical components, preventing over 30 inter-discipline clashes identified during model reviews.
- Prepared comprehensive material requisitions and technical bid evaluations for piping components, ensuring procurement of high-quality materials within budget.
Projects
Ethylene Plant Expansion Project
- Managed the piping layout and detailed design for a critical section of an ethylene plant, optimizing pipe runs and reducing material quantities by 8%.
- Implemented advanced stress analysis techniques to ensure the integrity of high-temperature piping, preventing potential thermal expansion issues.
- Coordinated with procurement to ensure timely delivery of specialized piping components, avoiding project delays.
LNG Terminal Revamp
- Executed piping modifications for an existing LNG terminal, integrating new process units with minimal disruption to ongoing operations.
- Developed comprehensive isometric drawings and bill of materials that facilitated a 12% faster fabrication and installation process.
- Performed cryogenic piping analysis in accordance with ASME B31.3 and B31.12 to ensure safe and efficient handling of liquefied natural gas.
Wastewater Treatment Plant Upgrade
- Designed gravity and pressure piping systems for a municipal wastewater treatment plant, improving flow efficiency by 15%.
- Conducted hydraulic calculations and pump sizing to ensure optimal system performance and compliance with environmental regulations.
- Collaborated with civil engineers to incorporate piping into existing trenching, minimizing excavation costs by 10%.
Education
Texas A&M UniversityMaster of Science in Mechanical Engineering
- Completed thesis on "Advanced Stress Analysis of High-Pressure Piping Systems" focusing on fatigue life prediction.
- Achieved a GPA of 3.8/4.0, demonstrating strong academic performance in advanced engineering coursework.
Anna UniversityBachelor of Engineering in Mechanical Engineering
- Consistently recognized on the Dean's List for all semesters, graduating with First Class Honors.
- Participated in the ASME Student Design Competition, designing an efficient fluid transfer system.
Publications
Mitigating Vibrations in Reciprocating Compressor Piping Systems: A Practical Approach
Optimizing Pipe Support Design for High-Pressure Steam Lines in Industrial Facilities
Comparative Stress Analysis of Different Piping Materials for Sour Gas Service
Skills
Piping Design & Analysis
CAESAR IIAutoPIPENavisworksAutoCAD Plant 3DSmartPlant 3DPipe Stress AnalysisPipe Support DesignP&ID Development
Codes & Standards
ASME B31.1ASME B31.3ASME B31.4ASME B31.8API StandardsAWWA Standards
Project Management
Project PlanningSchedulingCost EstimationVendor ManagementTechnical SpecificationsQuality Control
Software & Tools
AutoCADSolidWorksMicrosoft Office SuiteSAPSharePoint
Technical Competencies
Fluid DynamicsHeat TransferMaterials SelectionWeld InspectionPressure Vessel Design Principles