Shahram

• Supervised inspections, reports, and documentation issued by inspectors in car inspection service (Unicar Company) • Inspected fittings, pipe, and valves in compliance with customer requirements • Technically Evaluated 3rd-Party Studies & Vendor Packages • Performed process documentation and executed QA/QC procedures, including FAT, Punch List closure, and RFI responses • Developed and implemented inspection and Test Plan (ITP) • Conducted both field and desk expediting to ensure timely delivery and compliance for key client projects. • Verified vendor compliance documents, project and engineering documents as per PO/Specifications and applicable codes and standards • Gained profound knowledge in non-destructive testing and quality inspection of welds • Performed performance testing, FAT, intermediate, and final inspections for materials, fabrications, vessels, valves, piping, static and rotary equipment, packages, and skids across Oil & Gas, Chemical, and Petrochemical projects • Gained deep insight into rotary and fixed process equipment: pumps, compressors, columns, vessels, and heat exchangers

Designed and developed thermodynamic models for Heat Pump and Mechanical Vapor Recompression (MVR) modules. Led process optimization efforts to enhance system efficiency and production performance.

• Analyzed industrial system performance and operational behavior of energy and rotating equipment • Applied data-driven techniques to detect deviations and inefficiencies • Supported engineering teams with technical performance verification • Strengthened understanding of compressor and rotating equipment behavior, supporting later inspection and FAT activities

-Led the process design, simulation, commissioning, and optimization of large-scale gas production systems. -Managed cross-functional teams including operators, technicians, and contractors to ensure timely project delivery. -Designed automated reporting systems, enabling real-time monitoring and operational improvements. -Conducted feasibility studies and provided process improvement recommendations, achieving measurable efficiency gains. -Led process optimization initiatives to improve operational efficiency and reduce downtime in gas production and separation units. -Designed and optimized processing equipment (separators, heat exchangers, gas burners, pumps, and control loops) to meet production goals.