Fort Hills

• Conducted following quality assurance procedure for all field welds on site. o Carbon equivalency calculations – over 4000 spoolso Audit of documents such as: Vendor MTRs, P&IDs, and ISOso Field Inspections• Audited & Revised: Turn-over packages for water-treatment, fuel gas, and heating glycol systems. I coordinated a large traffic of information between the contractor and client. I completed this assigned task in 30 man-hours. I received a very positive review from the client company’s manager.• Produced & Organized: over 100 Non-Conformance Reports and Preservation Logs. In conjunction, my assignment included: o Quality surveillanceo Reviewing codes and standards to audit project contractors’ compliance.• Studied various documents available from the project database; including, but not limited to codes, drawings, design specifications, vendor information, and P&IDs.• Studied various engineered structures, machines, and instruments on site.

University of Toronto John H. Daniels Faculty of Architecture Toronto, Ontario• The team designed and produced a window frame capable of performing heating, cooling, and ventilation in response to local condition changes in a commercial building. The prototype performed at 90% efficiency of the industry’s leading product.o Incorporated academic knowledge of heat transfer, thermal energy conversion, fluid mechanics, CAD, HVAC, complex circuits, as well as numerical methods & computational analysis.o Extensively used ANSYS (FEA), Solidworks, C++ and MATLAB in virtual modelling stage.o Documented all findings and data, later written into an academic report.• Top 8 Finish (out of 90+ teams) in University of Toronto’s Engineering Design Challenge, 2012• Project leader & Lead Designer

• Created construction drawings of HVAC systems for various industrial buildings using AutoCAD.• Created comparative reports on HVAC equipments from various vendors coupled with review of design specifications outlined by the client and regulatory bodies.• Created preliminary HVAC system designs for various industrial buildings along with spreadsheets detailing heat load and airflow calculations using AutoCAD, Excel, and a manufacturer’s software.