Bert Wang, Pe Email & Phone Number

Greenbelt, Md, Us

Austin, Texas, Us

League City, Texas, Us

• Served as Lead and SME, responsible for static equipment design per ASME Section VIII Div. 1 & 2 code and API standards, piping material specification, piping stress analysis, pipe support design per ASME B31.3, etc.• Performed code calculations of fixed equipment including pressure vessels, heat exchangers, furnace, boilers, heaters, and air coolers, etc. using Compress, PV Elite, CodeCalc, HTRI, Aspen EDR, etc. for equipment specification and fabrication.• Performed detailed equipment design 3-D modeling using Inventor, and FEA using Ansys, etc.• Performed and checked pipe stress analysis, pipe material specification, and technical requisition of engineered pipe supports for plant design using CAESAR II, Nozzle Pro, FE-Pipe, Navisworks, etc.• Approved and seal/stamped engineering deliverables.

• Served as SME, responsible for supporting engineering office in Seoul, South Korea on technical clarification, design review, vendor prints, material requisition, field engineering, and trouble shooting.• Apply engineering code, plant design rule, and industry practice. • Approve and seal/stamp engineering deliverables.

Baton Rouge, Louisiana, Us

• Performed Piping Engineering for Houston Engineering Operations; backup for Baton Rouge and New Orleans Operations• Served as SME and Lead Piping & Mechanical Engineer, responsible for engineering in compliance with codes and standards. • Developed various specifications, standards, data sheets, guidelines, reports, and deliverables, etc.• Interacted between offices, and interfaced with various disciplines. Performed and checked various calculations and engineering designs using CAESAR II, AutoPIPE, Nozzle Pro, FE-Pipe, Compress, etc., and provided resolutions. • Performed technical and engineering requisition and vendor review, etc. Participated in Estimates and Proposals.• Approved and seal/stamped engineering deliverables. Served as Lead for Project Execution.

Chantilly, Virginia, Us

Served as Lead and SME, responsible for working procedures and desktop manual for piping engineering. Develop Pipe Stress Specification, Pipe Support Standards, project guidelines, job highlights, and deliverables including stress reports, nozzle load tables, engineered pipe supports and specialty item data sheets, etc. Perform engineering and model review, wind & seismic calculation, feasibility study and flexibility analysis for critical lines. Create Working Procedure and Design Manual for piping engineering. Establish guidelines, design criteria, and job highlights for Piping Stress and Mechanical. Develop Pipe Stress Specification and Pipe Support Standards for project. Interface with various disciplines and track project progress. Lead and supervise piping stress group for project execution.Develop Pipe Stress Specification, Pipe Support Standards, project guidelines, job highlights, and deliverables including stress reports, nozzle load tables, engineered pipe supports and specialty item data sheets, etc.

Houston, Texas, Us

• Perform review of commercial requirements and technical specifications for acceptance of PO and RFQ. • Respond to bid documents, and raise RFI. Obtain and prepare vendor documents required for project submission.• Coordinate between client, engineers, design group, production, and quality control, resolving issues and conflicts.• Perform feasibility study, piping stress analysis, and stress review of Caesar II calculations for code compliance.• Proposed pipe routings, verify the interference in 3-D Plant Model, and check 2-D drawings for all conformance.• Specify and design pipe supports including hot & cold shoes, constant and variable spring supports, sway struts, snubbers, etc.• Specify and design expansion joints including metal and fabric expansion joints per EJMA, ASME. • MTO per pipe support standards including Bechtel, CBI, Fluor, TOYO, and KBR, etc.• Skilled in Caesar II, PV Elite, Nozzle Pro, FE Pipe, PDS, Smart Plant, PDMS, Navisworks, MicroStation, AutoCAD, etc.

Houston, Texas, Us

Career Highlights:• CFCL1 & 2 Cold Shell Converter Addition Project – Gadepan, India (2015 - 2016)• Dupont Lannate Unit - Safety Assessment, La Port Plant – La Port, Texas (2016)• Marathon RDU Revamp Project – MPC Galveston Refinery – Texas City, Texas (2015 – 2016)• ExxonMobil Exploration Chad Development Projects (2013 – 2016) • Marshalltown Combined Cycle Power Generation Project – 600 MW Power Generation Plant – Marshalltown, Iowa (2015)• Tesoro FCC Revamp Project – Mandan, North Dakota (2014 – 2015)• Saudi Kayan Olefins Upgrade Project – Various SOW - Al Jubail, KSA (2014)• Borealis Stenungsund Furnace Revamp BED Project - Stenungsund, Sweden (2014)• EuroChem Ammonia Project – 2700 MTPD Ammonia Plant – Kingisepp, Russia (2014)• EuroChem Ammonia Project – 2700 MTPD Ammonia Plant – Nevinnomyssk, Russia (2014)• Agrium Borger Debottleneck Expansion Project – 1740 MTPD Ammonia Plant – Borger, Texas (2014)• Esso Chad Exploration Polymer Injection Project – Chad, Africa (2014)• PCS Lima Ammonia Expansion Project – Lima, Ohio (2013 – 2014)• Dyno Nobel Ammnia Project – 2536 STPD Ammonia Plant – Waggaman, Louisiana (2013) • Toyo-PAU Ammonia Project – 1900 MTPD Ammonia Plant – Central Sulawesi, Indonesia (2013)• Iowa Fertilizer Ammonia Project – 2200 MTPD Ammonia Plant – Wever, Iowa (2013)

Houston, Texas, Us

Career Highlights:• UFN III Ammonia / Urea BED TECH – Petrobras – Brazil (2010) • Proman Gesellschaft für Projektmanagement mbH - CNC Replacement KAAP Converter Installation - Point Lisas, Trinidad & Tobago (2011 – 2012) • CNC & N2K Ammonia Plants - Various Replacement Debottleneck, Stabilization and Upgrade Projects – Trinidad & Tobago (2012 – 2013) • Chevron North America Exploration and Production Company – Big foot Project – Walker Ridge Block 29 ( 2012) • NOVA Chemicals – NGL Cracker Revamp Project – Corunna, Canada (2011 – 2012) • Saudi Kayan Olefins Project (2010 – 2012) • ExxonMobil Development Chad Development Projects (2009 – 2012) • Kior Bio-Fuel Project (2010 – 2011) • Lianzi Drilling and Production Topside FEED & Early Tie-In (2011) • Saudi Kayan Olefins – Furnaces (2010) • NGC Truck Loading Terminal – Trinidad and Tobago (2009 – 2010) • Sasol Superflex SCC Operational Improvements – South Africa (2008 – 2009) • EBIC 2000 MTD KAAP Ammonia Grassroots Plant – Egypt (2008 – 2009) • 42k BPD CCR - FEL3 FEED – BP – Refinery – United States (2008) • Yanbu PMC Services for EPC phase (2007 – 2008) • AUM Project Services - Ammonia Plant – Trinidad and Tobago (2007 – 2008) • Shell Martinez Furnaces Replacement – Shell – Refinery – United States (2008) • BP-Husky Toledo Reformer 3 Project (2008) • BFPL Various Scopes – Burrup Fertilisers – Australia (2008) • 1,000 KTPA JUPC Ethylene Complex – Ethylene Unit – Saudi Arabia (2007 – 2008)

Houston, Texas, Us

• Prepare bids that includes cost estimating, scheduling, responding to bid documents.• Perform stress analysis of piping, engineering and design of pipe supports, selection of spring hangers and constants, and inline and ancillary load relief components against isometrics, GA and steel structure drawings or 3D Plant Model. • Create and maintain project databases and websites for client and design group. • Transmit engineering data and drawings through project net. • Coordinate between client, client engineers, design group, and production, resolving issues and conflicts.• Perform calculations as needed to determine steel requirements. • Verify the interference in 3-D Plant Model using MicroStation per isometrics. • Review and correct 2-D drawings for compliance with piping materials specification, isometric, line tables, load and displacement tables, bill of materials, steel structure, and client engineers’ comments before approval and construction using AutoCad per ASME, MSS, AWS, ASTM, etc.

• Designed and drafted of metal seated power ball valve according to ASME code using AutoCad • Verified drawings for accuracy • Provided manufacturing support

• Designed and drafted pressure vessel components using engineering software, including AutoCad • Performed engineering calculations using various computer languages and prepared quotations and drawings for manufacture per customer’s specifications • Developed custom engineering design and drafting per ASME code and ANSI, ASME, MSS, API, ASTM, etc. standards• Reviewed contract, and verified drawings for accuracy • Troubleshot shop problems and provided manufacture support

• Planned, designed, and coordinated the integration of machinery. • Provided technical support for any system malfunctions. • Procured equipments and supply parts, and established maintenance and service schedules • Started the plant at a new location • Coordinated, integrated and oversaw installation of equipments and machinery • Performed tests according to specifications