Designed metal buildings structure using various structural engineering software programs based on ASCE, IBC, AISC, AISI and ASTM codes. Trained and supervised new hired engineers on the company work flow, and metal building design procedure, codes, software, calculations and details.

American Bureau of Shipping, Houston, TX Offshore Structural Engineer (Offshore Engineering Department) Mar. 13 to Sep. 16• Finite element analysis of floating vessels structural components• Review global performance and mooring system analysis and design of:- Offshore Wind Turbine Projects: Atlantic and Pacific Projects by Principal Power Inc., Aqua Ventus I by UMaine, Dounreay Project by Atkins;- Offshore Production Installations: Lucius and Heidelberg Spars, Shell Stones and Shell Appomatox Semi-submersibles;- Offshore Drilling Units: Orion 1000 and ENSCO 8500 Semi-submersible drilling unit.

Supervised steel structures fabrication, onsite installation, and renovation of various residential and commercial buildings. Performed steel and composite structures analysis and design for various 3-story to 11-story buildings. Created detailed design calculations and drawings for renovation and new construction projects. Coordinated with Testing Lab Agency to produce request for information (RFI).Selected Accomplishments:· Expanded product line capacity 200% to meet company growth and new customer demands.· Improved structural designs and reduced material costs for clients by up to 15%.· Managed allocation of short and long-term roles and production activities within fabrication and installation crews of up to 50 labors and engineers, and increased production rate by up to 20%. · Developed various programming codes in Matlab to boost efficiency of fabrication activities, reducing time spent on preparing shop drawings by 90%.· Identified several mistakes in shop drawings provided by clients prior to fabrication. · Oversaw procurement, contract technical specifications, and implementation, promoting highest standards of safety onsite at all times.· Ensured safe, cost-effective, and timely completion of all projects, meeting and often exceeding client expectations.

Reviewed detailed design of various infrastructures and construction survey of infrastructures.· Developed Computational Fluid Dynamic (CFD) numerical code for calculation of seepage under the dams located in Fars Province, reducing time spent on preparing shop drawings by 60%.· Conducted feasibility study of Haigher and Tang-e-sorkh dams construction and water conveyer system for irrigation, potable, and industrial purposes.

Developed mid-term water resources quality monitoring and management information system of East Azarbaijan province, Iran.