- Conducted detailed review and validation of P&IDs to ensure compliance with industrial and safety standards - Verified isolation philosophy for the MTBE Project, ensuring operational integrity and safety compliance - Performed nozzle checks for major equipment and confirmed alignment with design specifications - Executed pump hydraulic calculations to optimize system reliability and performance efficiency - Developed drainage, winterization, and ESD philosophies in accordance with local regulations and API standards - Proposed alternative design solutions to optimize project outcomes, reduce costs, and improve operational efficiency - Ensured equipment datasheet consistency and proactively resolved design conflicts - Identified non-conformities and secured regulatory compliance ahead of schedule - Contributed to optimization of project documentation quality and strengthening of technical standards within the engineering team

- Developed Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) for facility design - Selected process equipment including heat exchangers, vessels, pumps, relief and control valves, pressure safety valves, and instrumentation - Built and validated process simulation models using Aspen HYSYS to support facility design and optimization - Performed Heat and Material Balance calculations to ensure accurate process design and operational efficiency - Performed optimization of technological processes across various types of equipment within process flow schemes - Enhanced energy efficiency and operational reliability of systems through targeted design improvements and simulation analysis - Applied process optimization techniques to heat exchangers, pumps, vessels, and safety systems, ensuring compliance with industrial standards - Delivered solutions that reduced operational risks and improved overall facility performance

- Developed and approved technological solutions in conformance with design parameters, industry rules, and best practices - Specialized in process design (technological part) of facilities such as Automatic Gas Distribution Stations, Pig Trap Stations, and Metering Stations - Experienced in development of Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) - Performed thermodynamic calculations for heat-exchange equipment, separators, and compressors - Conducted hydraulic calculations for gas pipelines to ensure reliability and efficiency - Skilled in building and validating process simulation models using Aspen HYSYS - Selected relevant process equipment including pressure vessels, relief and control valves, heat exchangers, pressure-regulating valves, and oil & gas metering systems

- Designed and validated technological solutions in line with project parameters, industry standards, and best practices - Focused on process design for facilities such as Automatic Gas Distribution Stations, Pig Trap Stations, and Metering Stations - Prepared and optimized Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) - Carried out thermodynamic analyses for heat exchangers, separators, and compressors to ensure efficiency and reliability - Executed hydraulic calculations for gas pipelines to guarantee safe and effective operation - Developed and tested process simulation models using Aspen HYSYS to support facility design and optimization - Selected and specified process equipment including pressure vessels, relief and control valves, heat exchangers, pressure-regulating valves, and oil & gas metering systems

- Developed and issued project drawings and documentation in strict compliance with project specifications and standards - Selected appropriate materials ensuring reliability, safety, and cost-effectiveness of technological solutions - Prepared technical tasks and coordinated requirements for adjacent disciplines, including Civil Engineering Department, to ensure integrated project execution