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Zachary Leung, P.Eng.

Leduc, Alberta adjtld@r.postjobfree.com 613-***-****

Education

Professional Engineer - APEGA

APEGA ID#: 170111

NACE Coating Inspector Level 2

Cert #: 7573281

Bachelor of Science, Mechanical Engineering

Graduated: December 2010

Carleton University, Ottawa, ON

CWB Level 2 – Welding Inspector

CSA W178.2, CSA W47.1/W59, ASME B31.3, ASME

Sections VIII & IX, CSA Z662. Cert #:10952

API 570 Piping Inspector

Cert #: 54213

API 510 Pressure Vessel Inspector

Cert #: 73697

Software Proficiencies

• Microsoft Word, Excel and Powerpoint, PTC Creo Elements (3D modelling and Finite Element Analysis software), AutoCAD, RBMI and UltraPipe

Safety Qualifications/Certificates

• Fall Arrest, Confined Space, H2S Alive, WHIMIS, CSTS, CPR & First Aid Training, Elevated Work Platform, OSSA Safe Work Permit

Code Proficiencies

• ASME B31.3, B16.5, B16.47

• ASME Sections V, VIII & IX

• API 510, API 571, API 574, API 578, API 570, API 686 Work Experience

Quality Control Manager, SA Energy Group Jun 2020 - Present TransMountain Expansion Project – Spread 1 Edmonton, AB

• Managed and oversaw project quality control team (7 people) for the TransMountain pipeline project. This included welding inspectors, coating inspectors and turnover coordinators.

• Ensured Inspection Test Plans, Project Quality Plans, procedures, client specifications and pipeline construction codes were followed.

• Conducted field audits and surveillance inspections of various construction activities and subcontractors to ensure adherence to quality program. All deficiencies were immediately addressed with construction personnel and upper management.

• Familiar with Horizontal Directional Drilling, Horizontal Directional Boring, pipeline pigging activities, federal environmental regulations, cathodic protection of pipelines, leak detection systems, pipe bending, piling and pressure testing.

• Daily, weekly and monthly reporting of quality statistics and various project milestones.

• Successfully completed all turnover documentation as per contract requirements Quality Control Lead, Aecon Industrial Management Corporation May 2015 – Jun 2020 TransCanada Compressor Station, Clearwater, AB, Mar 2019-Jun 2020 Enbridge Compressor Station #9, Rosedale, BC Aug 2017 – Sept 2018 Spectra McMahon Spring 2017 Outage, Taylor BC May 2017 – June 2017 Suncor Ore Preparation Plant, Fort Hills, AB May 2015 – Feb 2017 1. QC General

• Managed and oversaw project QC teams from commencement to completion. All projects were successful with P a g e 2 3

the clients being satisfied with field supervision and inspections, construction walkdowns and document turnovers.

• Created all documentation required by various clients for final turnover of project such as Inspection Test Plans, Project Quality Plans, Pressure Testing Procedures, Non-Conformance Reports, Construction Surveillance Reports, Field Damage Reports, Requests for Information, Material Receiving Reports, etc. 2. Earth Works – Reviewed field survey data, compaction test reports, sieve analysis reports 3. Concrete – Completed pre & post pour concrete inspections, rebar installations, concrete testing, ensured correct mix designs were supplied and in compliance with CSA A23.1, supervised grout pours and testing (epoxy and cementitious)

4. Mechanical/Rotating Equipment

• Tasks included performing equipment storage & preservation, witnessing and verifying equipment base levelling, motor/pump alignment and pipe strain measurements

• Knowledgeable in API686 – Machinery Installation and Installation Design

• Experience includes small to large pumps & motors, gas turbines, generators and gearboxes 5. Piping – QC functions included:

• Material Traceability, Welder Qualification testing, Weld Mapping, Flange Torque Records, PWHT Records, Pressure Testing

• Coordinated with NDE subcontractors, fabrication shop and field crews. Reviewed all NDE reports (Magnetic Particle, Liquid Penetrant, PMI, Ferrite & Ultrasonic Testing) and radiographic film to ensure adherence to applicable codes and client specifications

• Conducted visual inspections of welds as per CSA Z662, ASME B31.3 & CSA W47.1/W59, inspected closure welds (In-Process Examination)

6. Painting/Coating

• Managed coating subcontractors. Ensured all work completed was in accordance with client specifications and product data sheets.

• Inspected surface profiles to various SSPC standards, measured wet & dry film thicknesses, performed holiday testing, monitored coating repairs of piping & structural steel and conducted environmental testing Field Engineer (EIT), Aecon Industrial Management Corp. Aug 2012 – May 2015 Enbridge to Hardisty (E2H_YP) Project, Hardisty, AB Oct 2014 – May 2015 Cenovus Christina Lake, Conklin, AB Aug 2013 – Sept 2014 Enbridge Line 67 Connection, Kerrobert, SK June 2013 – Aug 2013 Cigar Lake Underground Uranium Mine, Cigar Lake, SK Aug 2012 – June 2013 1. Generating requests for design changes, clarifications, and discussing technical/engineering issues encountered by the construction team with senior engineers. Proposed viable solutions utilizing engineering principles - Solids Mechanics, Heat Transfer, Fluid Dynamics, Metallurgy and/or applicable Codes and Standards for problems encountered during construction. All proposed solutions were reviewed and approved by a Professional Engineer. Some examples include:

• Heat Transfer principles to recommend engineering design changes to piping insulation (R values and insulation thickness specifications).

• Designed various types of structural supports e.g. platform and piping supports needing to withstand specific static and dynamic loads. Variables including, but not limited to, stresses, strains, safety factors, cost analysis and fabrication processes were used during these designs.

• Designed new isometric piping configurations and layouts to better suit field fabrication, installation and operational requirements while adhering to all applicable construction codes. Redesigns occurred when original engineering designs were unachievable to due to installation interferences and difficulties.

• Reviewed lift studies of heavy equipment prior to lifting –CG calculations, crane capacity and load/weight distribution. Changes recommended to senior engineers if problems were found. 2. Reviewed technical drawings prior to them being issued to the construction team including:

• Piping isometrics

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• Mechanical rotating equipment installation drawings

• Foundation plans and concrete layouts

• Structural piece mark drawings

3. Coordinated all technical information between construction disciplines and field engineering, thereby maintaining a structured and progressive flow of information between both the contractor and the client. 4. Reported safety statistics, progress of construction, productivity factors, project schedules, budget status, contract issues and quality control concerns with the client. 5. Monitored and reviewed scope changes, preparing cost estimates if required. 6. Acted as a project liaison between the client, subcontractors, fabrication shop and project team. 7. Managing of onsite subcontractors. Tasks included, but were not limited to, the following:

• Participating in negotiations with regards to contract pricing, manpower and deliverables

• Upholding contract obligations, terms and conditions

• Organization of weekly progress and productivity meetings with subcontractor, ensuring that schedule is upheld and adhered to

• Coordination of all technical and contractual document transmissions including scopes of work, requests for information, change proposals, client received change notices, schedule requirements, quality control practices and procedures, etc.

Engineer in Training, Acuren Group Inc. May 2011 - Aug 2012 Suncor Base Plant, Fort McMurray, Alberta

As an EIT with Acuren Group Inc., I worked within the Quality Assurance team at the Suncor Base Plant. My main responsibility was to provide senior engineers with technical information and make recommendations to ensure the safe and efficient operation of piping systems, tanks and pressure vessels.

• Analyzing the life expectancies of piping, valves, nozzles on tanks/pressure vessels based on data provided by various NDE methods (radiography, ultrasonic testing and eddy current testing).

• Used engineering principles to determine whether piping systems were capable of withstanding the applied pipe stresses and strains based on numerous factors including pipe material and grade, system pressures, fluid operating temperatures, pipe thicknesses and calculated corrosion/erosion rates. Based on these calculations, recommendations to senior engineers would be made and the development of inspection scopes for the following years would be created based on the criticality of the piping systems; and the probability and consequence of failure. Application of theory included corrosion, fluid dynamics and solids of mechanics.

• Revised piping system isometrics and P&IDs (Piping and Instrumentation Diagrams) utilizing AutoCAD. Canadian Forces - Reserves March 2009 - July 2012

Combat Engineer, Ottawa, Ontario

• Completed Basic Training, Soldier Qualification and Engineering Modules 1-4

• Trained and operated a large assortment of engineering tools including bobcats, rigging equipment, and various hand tools

• Supervised and directed teams to achieve various complex objectives within strict time constraints

• Performed physical labour such as bridge building and construction of field defensives Additional Qualifications

• ABSA Power Engineering 4th Class - Examinations Complete

• Private Pilot License

• Commercial Pilot License - Ground School

• Class 4 Driver’s License

• Concrete Technology Level 1 - Alberta Ready Mix Concrete Association References provided upon request

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