DGE-Kodiak project; Development of offshore Spar topside platform • Reviewed design basis documents, specifications, structural drawings and performed (FEED), preliminary and conceptual detail design; platform configuration studies, equipment arrangement and cost-benefit studies.• Performed 3D-models, analyses, and design of Production and MCC modules, deck extensions and MCC building.• Performed various analyses such as strength, lifting, impact, installation, sea-fastening and transportation by the static method and dropped object by the dynamic modal method.• Prepared finite element analysis for hook and pin structural connections.• Retrofitted the topside’s structural elements and provided efficient solutions to solve various structural issues.• Designed miscellaneous substructures such as access deck platforms, walkways, umbilical riser deck support, pipe and cable tray supports, mezzanines, equipment skids and clamps of tank skid.• Performed design evaluation of three 500BBL storage tanks on the rack of drilling rig structure.• Provided the demolition procedure for topside elements and installation method for added structures.• Evaluated fire resistance to determine strength adequacy of the structures without fireproofing. • Performed safety study during the hurricane for tote tanks rack with aluminum flat bar supports.• Computed weight and center of gravity for added structures to prepare weight control report.• Prepared structural design reports and checked structural detail drawings for completeness. SBM Offshore project; Performed weight analysis of existing Semisubmersible topside platform Statoil project; Performed structural analysis and design of wellhead access platform based on OSHA requirements. Shell Nigeria project; Developed met-ocean report for three offshore jacket platforms.

Storage tanks facility of phases (9,10) and (20,21) of South Pars gas field development including 8-units LPG storage tanks, 2-units LPG flare, interconnection pipe racks and equipment foundations, EPCM onshore projects. • Managed project team in engineering, procurement and construction phases.• Managed all aspects of interaction with subcontractor’s activities and provided efficient solutions to solve project issues.• Evaluated and approved calculations, structural models, seismic/lifting/stability analyses, detail designs, procedures, construction method statements, material test results, inspection/test plans and drawings.• Evaluated and approved master plans, schedules, (WBS), cost analysis, progressive invoices and monitored project’s progress. • Managed hand-over packages and finalized the close-out phase.

Storage tanks and marine terminal facilities of " LNG plant " including 5-units LNG/LPG storage tanks, general cargo/tugboat berths, trestles, Jetties, breakwater, dikes, seawater intake and outfall, EPCM onshore/offshore project.• Managed project team in engineering, procurement and construction phases.• Supervised contractor’s activities to carry out within timeline project schedules and in compliance with specifications. • Evaluated, developed and verified (FEED) documents including structural models, finite element/ pushover/ship impact analyses, design reports and work procedures.• Provided feasibility study, cost-benefit analysis and change design proposals to save significantly on project costs and timing.• Responded technical query, request for information, design change notice and performed non-conformance reports.• Reviewed and commented on technical documents such as geotechnical, met-ocean, hydraulic, hydrography reports.• Checked and approved cost analyses, monthly progressive Invoices and payment requests of contractors.• Designed pump station platforms for dewatering of seawater intake’s basin.• Evaluated pile static/dynamic analyses (PDA) test results and pile driving reports.

Storage tanks facility of phases (6, 7 and 8) of South Pars gas field development (4-units LPG storage tanks), EPC onshore project • Supervised engineering and construction activities of subcontractors and provided technical solutions to solve project issues.• Efficiently evaluated and approved the project documents such as calculations, analyses, detail designs, work procedures, construction method statements, material test results and drawings according to codes, standards and specifications.• Performed the quality control inspection to verify construction work and prepared non-conformance reports.• Evaluated and approved field inspection packages, punch documents and handed over to the client.• Performed settlement monitoring and inclinometer test on the tank foundations.

"L.L.D.P.E. plant" of the 10th Olefin at Jam petrochemical project including various heavy industrial steel/concrete structures, blast/non-blast buildings, pipe racks, equipment foundations, access roads and U.G. activities, EPC onshore project.• Reviewed and developed basis design documents, specifications and project drawings. • Performed structural calculations, 3D-models, analyses, detail designs and prepared design reports.• Calculated the volume of works, bill of quantities and material take-off from project drawings.• Performed cost analyses and prepared monthly unit rate invoice, project scheduling, forecast plans and progress reports.• Provided the construction method statements, work procedures, final punch documents and hand-over packages.• Prepared material requisition reports and coordinated material test processing.

Projects including :* Preparation the first edition of national design code-360 as entitle "Instruction for seismic rehabilitation of existing concrete buildings"; * Seismic safety evaluation and retrofit of 15-story concrete commercial building and 3 school buildings with steel, concrete and masonry structures; * Seismic design of 8-story steel residential building.• Performed calculations, 3D-models, seismic analyses by linear/non-linear static analysis (pushover), non-linear time-history dynamic methods, finite element analysis (FEA) and designed the structures, connections and foundations. • Performed vulnerability evaluation and seismic rehabilitation design according to performance-based design methods.• Computed seismic performance, damage index and safety level rate to provide appropriate seismic retrofitting solutions • Performed rapid assessment, level of damage for buildings and identified in-place material properties with usual tests. • Provided structural design reports, seismic rehabilitation procedure and prepared retrofitted structure drawings.