I, Arman Elhami, have the relevant skills, knowledge and experience in the area of HVAC and building mechanical systems. As a Mechanical Engineer, practicing for approximately 15 years and licensed under the Provisional Professional Engineering of Ontario (P. Eng.), G2 (gas technician) and 313D (air condition and refrigeration) licenses. Also, I am in the process of full PNG, G1 and 313A licenses. I received my bachelor’s degree in fluid mechanical engineering in 2006 and my master’s in environmental civil engineering in 2009.

Oversee the design, planning, reporting, coordinating and installation of heating, ventilation, and air conditioning systems in a catholic school (St. Patrick Catholic Elementary School).

Calculate, inspect, design and select of converting steam to hot water HVAC system of wall fin, pump, boiler, Air handler, Unit Heater, Exhaust fan, Ventilator unit, unit recovery, make up air unit, … in TDSP projects.

• Calculation of renovation pipe sizes of the heating and cooling and fan coils selection of a Mid-Rise building in Toronto.• Installed, commissioned, maintained, and serviced of hydronic, ductless, VRF, make-up air units, heat pump, rooftop unit, fan coil, furnace, A/C, water heater, boiler, chiller, and etc.• Read and interpreted blueprints, manual, drawings or other specifications for troubleshooting• Coordinated with team members and provide an optimal level of customer service for replacing of huge HVAC equipment.• Recharged and replaced refrigeration equipment. • Started-up system and tested for leaks using test equipment.• Inspected, adjusted, repaired, replaced and performed preventative maintenance of heating, cooling, ventilating equipment.

• Prepared cost estimation and submitted tenders for over 50 projects with the sum up to $60 M• Communicated effectively with clients, surveyors, architects; coordinated construction activities of the various disciplines to ensure smooth functions between infrastructure works and system works.• Effectively established and implemented the recycling and solid waste management system for a bitumen factory.• Recognized as “The Most Productive Employees” for 3 consecutive Years for outstanding performance.• Designed and inspected of mechanical systems in buildings of more than 20 mid-rise apartments.• Prepared contract documents and evaluated tenders for industrial construction or maintenance.• Planed, coordinated and managed projects, and prepared material, cost and timing estimates, reports and design mechanical systems.• Developed maintenance procedures, schedules and programs and provided guidance to industrial maintenance crews.• Investigated mechanical failures or unexpected maintenance problems.• Supervised technicians, technologists and other engineers and review and approve designs, calculation and cost estimates.• Designed and implemented storage tanks and heating systems.• Created, managed and preserved design and engineering information in different stages of project implementations.• Coordinated work with other disciplines including Electrical, Architectural, Structural and Interior Design.

• Increased plant production efficiency by 12% resulted in increasing revenue of $0.8 M yearly.• Eliminated 13% of daily stops and delays of productions line by optimizing the flow of raw materials.• Achieved 10% reduction in gas consumption and emission by initiating and implementing a secondary heat exchanger. • Assembled cross-functional team representing engineering, construction, production, logistics, and warehousing to tackle complex production problem; initiative led to 15% increase in productivity.• Successfully managed 3 shifts production of 300 tons/month bitumen emulsion.• Achieved 30% reduction of overtime and increased 5% direct productivity, through setting manufacturing operations agenda and implementing production processes changes.• Reduced 20% of the rework and 5% off scrap rate for 2 major products by optimizing process.• Created safety-awareness program that reduced occurrence of back injuries from 5 per year to 1.• Prepared work schedules and reports.• Designed and implemented the concrete and metal tanks to preserve bitumen with the capacity of 2000 tons.