Christopher S Email & Phone Number

Calgary, Ab, Ca

Calgary, Canada Area

-Monitor progress of construction and verifies progress payment certificated-Lead a multidisciplinary team to ensure the pipeline project is constructed in a cost effective and efficient manner.-Monitor contractor's compliance to HSE regulations-Ensure all construction contractors, and other third parties construction activities are performed and meet contractual requirements -Ensure compliance to drawings, codes and ITPs-Facilitates coordination between contractors and Husky CMT-Participates in and supports System Completion process (walk downs, inspections, testing)-Verifies and authorizes cost reimbursable activities of the contractors for approved change requests.-Review of technical documents pertaining to construction activities (work plans, RFIs, etc)-DFL activities in a client role

Toronto, Ontario

• Acted as construction supervisor with a focus in piping systems installation• DFL supervisory experience• Field Engineering work, solving of design problems at field level• Retro-fitting of cooling towers, boilers and pumping systems• Installation and modification of fire water systems

Brechin, Ontario

• Boat manufacturing from molds to finish product• Management of project requirements (ie. scheduling, acquisition of parts for manufacturing requirements, monetary budgets)• Multi-crew management and leadership • Responsible for work activity schedules, cost controls and client submittals

Newboro, Ontario

• Responsibilities included project scheduling, collection of construction quantities, tracking of construction progress, contract negotiation and implementation of work base construction plans in an EPC role• Responsible for preparation of all reports and client correspondence• Heavy involvement in construction planning and construction management, DFL Supervisory experience• Assistance with Field Engineering, prepared/approved as-built and field fit drawings.• Assisted with field surveys and inspections, mechanical failure analysis• Plans were developed for efficient material distribution throughout site which was tightly associated with material shipment plans resulting in cost savings through minimized handling, storage and shipping fees of approximately $50,000.• In depth analysis of work methods, supplier chains and material sourcing resulted in project cost savings of approximately $100,000. • Construction coordination was completed through the development of work plans, manpower loading and schedule integration between multiple subcontractors.

Long Harbour, Newfoundland

• Served as a Mechanical Field Engineering Specialist for the Field Engineering department in the Process Area. • Responsibilities include coordinating the resolution of RFIs, tracking construction progress, reviewing and supervising construction field work, developing solutions to construction issues, sourcing materials and providing overall engineering support for the construction effort. • Engineering problem solving skills used to fix field problems on a daily basis• Worked closely with construction, contracts, and quality departments along with various subcontractors and the client. • DFL supervisory experience, work pack assembly, field changes and other construction supervision activities while acting in a EPCM Construction Superintendent role• Other responsibilities included coordination of various inspection efforts such as a site-wide Fiberglass Reinforced Plastics inspection initiative that encompassed all FRP tanks.• Acted as a primary and a secondary package engineer for multiple packages and coordinated package installation efforts with manufacturer representatives and on-site contractors.o Reviewed technical drawings and made calculations/changes under supervision of senior engineero Assisted in training of repair crews for FRP Tanks/Pipeso Prepared progress reports and Field Change Documents independentlyo Worked with suppliers to develop Maintenance Programs and Schedules that fit Newfoundland climate

• Responsible for the development of Diesel engine running on Syngas• Extensive use of on-site machine shop to produce functional prototype parts from 3d printing through to machining using CNC technology (AutoCAD, Solid Works, etc)• Flow simulations performed using Fluent to validate engine intake, exhaust and cylinder/intake fuel injection sites• Extensive engine testing performed on Compression Ignition and Spark Ignition engines using Superflow dynamometers and Lab View data acquisition software coupled with flow and pressure sensors to monitor engine performance• Wrote technical papers and presented findings at academic conferences

Master Of Applied Science (M.A.Sc.), Mechanical Engineering, Energy And Fluids

Bachelor Of Applied Science (B.A.Sc.), Mechanical Engineering

Activities and Societies: Formula SAE, SHRC. Half Marathon Running