• Designed one of the world’s largest hydro static pressure test machines for fiberglass pipes of up to 4000mm in pipe diameter and 15m in pipe length: >> Used SolidWorks to design more than 400 parts and managed their assembly >> Designed heavy mobile steel structures (up to 30 tons) which tolerate large dynamic loads (up to 2500 tons) and used FEA methods to reduce weight by %25 thus lowering costs >> Designed specific flexible length drive shafts to easily and accurately install drive systems >> Designed racks and pinions, chain drives, gears and hydraulic systems >> Designed specific jigs and fixtures to weld and install parts accurately on the production site >> Researched appropriate OEM components to select gearbox , gearmotor, standard parts and hydraulic jack through coordination with various manufacturers >> Utilized GD&T and tolerance analysis/stack-up in SolidWorks to analyze the final assembly• Completed engineering calculations, documentation packages and shop drawing sets including the proper use of welding symbols, GD&T, exploded and assembly view drawings, part list, Bill of Material, and assembly sequence • Completed several design projects simultaneously by establishing goals, plans, schedules and timelines• Using Motion Analysis for accurately simulating and analyzing the effects of motion elements of an assembly• Worked closely with manufacturing staff to design an isolated sound room for grinding machine to decrease noise pollution from 120 dB to 80 dB resulting in improved factory safety • Designed feeding unit for hydro static test machine which reduced manual labor to one person resulting in increased test speed and reduced pipe damage and costs • Prepared technical presentations and conducted meetings with engineering departments at municipalities in greater Vancouver area to introduce fiberglass pipes and find new markets

The following were implemented during my time as manager of Farabard Factory in collaboration with my engineering team • Contributed significantly to the establishment of Farabard Industrial Company• Oversaw the training of employees in the use of new equipment and production techniques• Developed and executed efficient plans to meet production targets• Corresponded directly and effectively with clients and customers • Oversaw the manufacturing floor and monitored various stages of production• Supervised the construction of CNC continuous filament winder machines and all their accessories, including saw, calibration and chamfering, angle cutting, coupling milling• Worked closely with manufacturing staff to identify and resolve issues• Created Farabard’s organizational chart• Created a job evaluation system for Farabard employees • Improved the means of managing Farabard personnel through a new system of Management by Objective (MBO)• Implementation of a quality management system according to the ISO 9001-2008• Prepared job descriptions for all factory personnel• Assessed the capabilities of all Farabard staff and personnel in three levels of self-assessment, assessment by direct supervision and indirect supervision• Provided a time sheet system for manufacturing personnel for the purpose of evaluating working hours and estimating project costs• Found out the roots of “NOT-OK” in Production line and decreased 25% of “NOT-OK” after two months• Decreased production costs by starting an Internal Factor System• Systematized planning and project management through the use of MSP (Microsoft Project)• Evaluated working times of workstations and designed corrective action toward its improvement

• Designed drive systems using chain drives, belt drives, gear reducers, drive shafts and stainless steel drive shafts (long spacer-type flexible couplings) • Developed and updated various product line technical documentation for operation, assembly and maintenance• Used FEA analysis & simulation methods to identify product structural safety margins and optimize product configuration for cost, deflection & weight• Designed and supervised the production of heavy mobile steel structures (up to 30 tons) which tolerate large dynamic loads (up to 2500 tons)• Used CAD tools (SolidWorks and Inventor) to design three dimensional assembly models of products • Provided basic designs and plans to facilitate repair procedures in the factory• Utilized GD&T on mechanical design drawing and ISO standards in development of drawing packages, assemblies and BOMs• Designed and manufactured spare parts and molds for fiberglass pipe line production• Designed and supervised the production of heavy load capacity hydraulic jack

• Designed and supervised the manufacture of mechanical conveying equipment, pneumatic conveyors, belt conveyors, cyclone separator, bag filter, vibrating screen separator• Provided basic designs and plans to facilitate repair procedures in the factory• Prepared engineering designs and drawings, completed documentation packages and drawing sets that are over 100 pages, examined drawings for conformity and errors• Improved the efficiency of fans in the summer and reduced power consumption in the winter by calculating the best angle of fan blades.• Performed considerable improvements on original design of various hubs and fans as a result of discussing hub and fan problems with end users.• Designed and selected of numerous industrial fans, drive shafts, electrical motor and gear reducers for various industrial complexes and oil and gas refinery plants.• Designed and supervised the manufacture of cooling tower drive shafts up to 4 meters in length• Designed over 100 different hubs for industrial fans ranging from 5ft to 36ft• Designed a new type of Automatic Hub in which the blade angle can be changed while the fan is in service• Worked as part of Farassan Company’s Maintenance Department to make the necessary changes to lines of production