• Enhanced equipment efficiency and reliability for air-cooled exchangers by 25% due to successfully implementing new designs and engineering changes, ensuring adherence to ASME, API, and TEMA standards.• Leveraging in-depth expertise to review and approve mechanical and engineering documents ensuring adherence to the latest standards (ASME, API, and TEMA), and contributing to up-to-date company documentation.• Designed more than 10 pressure vessels by applying PVelite software improving efficiency by 40%.• Identified 100% discrepancies between mechanical data and P&ID.• Developed technical specifications that resulted in a 10% improvement in the HEAVY PRODUCTS UPGRADING PROJECT project efficiency.• Freezing data sheets and material requisition accelerated the completion time in other projects by 70%.• Designing customer requirements and providing suitable solutions through 3D models, which improved project efficiency.• Created detailed 3D CAD models and mechanical drawings using software such as SolidWorks, working closely with multidisciplinary teams to refine both my own designs and those of colleagues.

• Engineered 10 Olefin furnaces (License Technip), and 3 air-cooled heat exchangers.• Conducted a comparative analysis of 10 furnaces in the Jam Olefin project with a Technip license project, contributing to identifying operational inefficiencies in this project, thereby addressing the same problems in the Hormoz project and growth of the efficiency by 20%. • Streamlined procurement processes by 60% by providing a frozen material requisition, expediting the completion of all the same documents in other projects.• Spearheaded the review of VDR documents for 30% of equipment package tenders, facilitating successful project collaboration.• Addressed 30% of non-conformance reports while managing 30% of deviations, ensuring project compliance with specifications and enhancing overall project efficiency.• Reviewed 30%of vendor proposals in the Olefin Project, provided technical clarifications (TCLs), and prepared technical bid evaluations (TBEs), contributing to informed procurement decisions for the Project.• Implemented a Vendor Documents Distribution Matrix (DDM) Excel spreadsheet to automate the distribution of vendor documents to the appropriate disciplines, resulting in a 10% reduction in response times.• Crafted a comprehensive PowerPoint presentation on air-cooled heat exchangers for employee training, resulting in a 30% increase in training efficiency and faster onboarding of new hires.• Direct involvement during execution, which helped prevent installation errors.• Spearheaded for developing production-efficient solutions, ensuring that all designs adhered to both technical specifications and industry standards.

• Streamlined Procurement by 60%; authored comprehensive specifications, equipment data sheets, and material requisitions for pressure vessels, facilitating efficient procurement. • Resolved 50% of vendor technical inquiries and addressed all deviations related to pressure vessels, ensuring project adherence to specifications and enhancing vendor communication thereby improving overall project efficiency by 25%• Performed complete modeling of 1 MED (Multi-Effect Distillation ) system using SolidWorks, creating exploded views for clear visualization and improved design efficiency. • Leveraging SolidWorks expertise, completed the 3D design, manufacturing drawings, and BOM for a MED desalination plant project within 3 months, contributing to a 50% project growth. The project is currently under construction. • Concurrent meetings with the vendor accelerated project completion and enhanced profitability by 15%.

• Increased cutting line efficiency by 30% through effective supervision, resulting in a 30% increase in air conditioner component production.• Designed new air conditioner components (ducts, fan coils, chillers) that improved overall system performance by 10% and a 20% reduction in production costs• Created detailed documentation (models, exploded views, assembly drawings) for all sheet metal components, reducing assembly errors by 40%.• Spearheaded cutting operations supervision, leading to a remarkable 10% reduction in production errors.