Senior Structural Engineer
OBJECTIVE
A structural engineer position to utilize 20+ years of experience in civil/structural engineering with an emphasis on nuclear, power & energy,
oil & gas, mining & process project structures and foundations design.
HIGHLIGHTS OF QUALIFICATION
> Extensive experience in structural analysis and design of steel and reinforced concrete buildings; foundations and dynamic equipment supports;
Finite Element Analysis.
> Comprehensive working knowledge of major American, Canadian and European building codes and structural design codes including ASCE, IBC, ACI 318,
AISC, API, AWS; NBC, OBC, CSA A23.3, CSA S-16.1; EN 1992, EN 1993 and ASME, NESCC etc.
> Proficient in STAAD Pro, SAP2000, SAFE, RISA-3D, S-Steel, S-Frame, RAM-Steel, PCA Mats, S-Concrete, ADAPT-RC, TEDDS and MathCAD.
> Strong capacity of preparation of Engineering Sketch, Technical Specifications, RFI package, Technical Bid Evaluation and Material Take-off;
> Proficiency in model review, value engineering, squad checks; review and approval of vendor drawings & shop drawings.
> Expertise of AutoCAD, Microstation, Smartplant, Navisworks and Microsoft office products.
> Project lead and management skills including management of multiple smaller projects.
> Enthusiastic team player with proven ability to work independently.
> Professional Engineers of Ontario (PEO) Member.
WORK HISTORY
2012- PRESENT Senior Structural Engineer SNC-Lavalin Group
2007- 2012 Senior Structural Engineer Hatch Ltd
2000 - 2006 Structural Engineer CH2M Yolles
1988 – 1998 Lead/Senior Structural Engineer LYG Consulting Engineers
REGISTRATIONS/AFFILIATIONS
2008 - PRESENT Professional Engineer of Ontario (PEO) Member
2010 – PRESENT American Institute of Steel Construction (AISC) Member
1998 – PRESENT Registered Class-1 Civil Structural Engineer of China Member
EDUCATION AND TRAINING
1984 - 1988 Bachelor in Civil Engineering, Southeast University, Nanjing, China
2014 Engineers as managers PEO, Mississauga, Ontario, Canada
PROJECTS AND EXPERIENCE
* AP1000 Nuclear Power Plant, Westinghouse, Pittsburgh, PA
Worked as the third party review for checking the design criteria and calculation document for two AP1000 nuclear power plants, Sanmen and Haiyang
nuclear power plants in China.
Incorporate IFC drawings with addendum document from site, develop large multi-ton structural modules and special-equipment modules.
* Falconbridge, Koniambo Ferronickel Project, North Province, New Caledonia
Perform dynamic analysis and detailed design for two 135 MW coal-fired steam turbine generators’ (STG) and two 40 MW fuel oil-fired combustion turbine
generators’ (CTG) foundations.
* Burns & McDonnell, Halton Hills Generating Station Project, Ontario, Canada
Perform dynamic analysis, detailed engineering and design the Gas Turbine Generator (GT) foundations
Complete design of two transformer foundations for the power plant.
Complete design of HRSG building foundation
* Babcock Power Environmental Inc, AES Westover Project, New York, USA,
Complete design of the pile foundation for Bag-house & SCR BLDG
Perform static and dynamic analysis of vibration machine foundation for Westover booster fan.
* Bruce Power, Bruce A Unit 3-Calandria/Shield Tank Assembly Lift Feasibility Study,
Provide Structural feasibility evaluations to existing structure of Bruce A Unit 3 Reactor Building. The calculation includes four main aspects.
Adequacy of the existing post tension girders to support the lift of calandrial/shield tank assembly; Adequacy of the existing reactor concrete wall
to support the lift of calandrial/shield tank assembly; Adequacy of the existing concrete floor to temporally support the relocated roof support column
and adequacy of steel building structure after partially removal of concrete floors.
Analysis and design for the relocation of braces and addition of temporary roof.
* AER Project, Copper Cliff Smelter, Sudbury, Ontario, Canada
Clean Atmospheric Emissions Reduction (AER) Project, Vale Canada Ltd. CA $1,632,000,000
Verify adequacy of existing pipe racks and foundations to support the additional load of new piping. Prepare design for the modification/strengthening of
racks and foundations to suit the added pipe loads.
Perform the design for the new 320m long duct support structural steel and foundations.
Perform the civil/steel design for 13ft wide duct support structural and baghouse foundations.
* Maaden Sulphur Acid Plant, Saudi Arabian
Maáden Umm Wuál Sulphuric Acid Plant and Power Plant, Saudi Arabian Mining Company (Ma’aden), Waad al-shimal City, Saudi Arabia, CA $786,000,000; 15,150 MTPD.
Perform civil/structural design for the platform and pipe rack support structural steel of the fin fan cooler system.
Detailed engineering and design the internal platform steel for the gas turbine power block.
Detailed engineering and design the foundation for main pipe rack, cable rack and 38mx70mx24m (high) gas turbine generator building.
Vendor design document and drawings review, shop drawings review for the fine fan cooler system, fan and st...
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