FLUOR CORPORATION

FEB 2022 – PRESENT (DIRECT)

CSA STRUCTURAL GROUP - FNP

Current tasks - design of gas pad, compressor building, chiller building pipe rack for the Savannah River Plutonium Processing Facility (SRPPF). I am also involved in the design of the chiller building cable and electrical support grid systems.

---

HILTI NORTH AMERICA

SEPT 2021 – FEB 2022 (DIRECT)

CSA STRUCTURAL GROUP - ECC

Tasked to design access platforms, equipment and electrical grid support systems and pipe supports for HILTI customers using HILTI proprietary structural modular solutions.

---

ON BOARD ENGINEERING

APRIL 2021 – SEPT 2021 (DIRECT)

SENIOR CIVIL-STRUCTURAL ENGINEER

Senior structural engineer Honeywell, Geismar, LA Plant U-listed storage tank upgrades. Conducted feed study and proposed solution for implementation on how to upgrade the current storage containment tanks to meet new environmental requirements for chemical storage tanks. Prepared man-hour estimates and coordinated with Honeywell site personnel to kick-off detailed engineering stage. Senior structural engineer for Plug Power hydrogen refilling station projects. Tasks includes design of mat foundation supporting LH2 storage tank, HP GH2 storage tanks, HP & LP compressor skids and cryogenic pumps. Involved in coordinating mechanical, electrical, civil and structural engineering design for the client review and submission to local authority for permit.

---

SBM OFFSHORE, USA

JULY 2011 – OCT 2020 (DIRECT)

SEPT 2010 – JULY 2011 (CONTRACT)

SENIOR/PRINCIPAL ENGINEER

Primarily functioned as a principal engineer on Major EPCI projects. Assigned to major/heaviest topside structures/modules, gantry and manifold structures. Also functioned as the overall lead for all fleet support projects contributing to a 98% fleet production uptime.

• Principal Topside Engineer for Shell Turritella Project (Deepest Offshore Installation to date).
• Functioned as Technical Expert (expatriate) for Mero 2 project executed by SBM Malaysia office.
• Technical resource person for N’goma FPSO upgrade project, stationed at the fabrication yard Rotterdam, Netherlands.
• Seconded/loaned to IHI E&C Corp as principal engineer for Cove Point LNG Project.
• Lead Engineer for various brown field projects on several SBM fleet.
• Performed in-place, transport and lift analysis various topside modules, pipe racks, gantry and manifold structure.
• Coordinated and checked drawings for submittal to Client, Fabrication Yard and ABS.
• Prepared and checked design reports for submittal to ABS for review and certification.
• Coordinated with other engineers on path forwards and resolutions concerning issues on different modules.
• Performed static blast analysis and redundancy checks for blast/fire for critical modules.
• Principal Engineer Manifold Structure, Lower and Upper Gantry Detailed Engineering.
• Mentored newly hired and junior engineers.

---

KELLOGG, BROWN AND ROOT (KBR)

FEBRUARY 2008 – AUGUST 2009 (CONTRACT)

SENIOR CIVIL-STRUCTURAL ENGINEER

I executed detailed engineering design and analysis of the Port and Starboard Side Oil Dehydration Modules (s5o and p5o).
Functions includes;

• Static and Environmental load calculations and application in accordance with API RP 2A 21st Ed.
• Calculation and application of equipment, piping, electrical, instrumentation, safety & loss control loads.
• Hog and Sag, FPSO induced acceleration and fabrication tolerance load application and result analysis.
• Checking of load consistency with the data provided by the Vendors, Piping and Electrical discipline and the latest applicable weight report.
• Prepared and performed design analysis and optimization of structural members against In-Place, Extreme, Transit and Damage Conditions.
• Performed deflection and drift checks to ensure compliance with the project design basis.
• Checked structural element’s capacity and compliance with project design standards (AISC and API).
• Coordinated with other engineers on path forwards and resolutions concerning issues on different modules.
• Lift analysis for the port side and star board side oil dehydration module.
• Design of various vertical, horizontal and skid mounted equipment supports. This includes a 10.0 m x 2.20m Ø methanol buffer drum vertical vessel and the 25.0 m x 4.50 m Ø electrostatic dehydrator horizontal vessel.
• Static Blast Linear Analysis for the Port Side and Star Board side Oil Dehydration Modules.
• Result comparison and analysis of the linear static analysis of the p5o and s5o modules with the Non-Linear Dynamic analysis.
• Basic Condition Design Reports for Port Side and Star Board Side Oil Dehydration Modules.
• Blast Condition Design Report for Star Board Side Oil Dehydration Module.

---

FOSTER WHEELER, USA (FW)

JANUARY 2007 – JANUARY 2008 (CONTRACT)

SENIOR CIVIL-STRUCTURAL ENGINEER

Member of the design team tasked to investigate and re-evaluate the existing Coke Structure to support a bigger coke drum. The coke structure and supporting tabletop measures about 170 ft. long on the longitudinal direction, 65 ft. long on the transverse direction with a total height of 325 ft. high to the top elevation of the derrick. Functions performed;

• Calculation of empty, operating, wind, seismic and lift loads based on ASCE-07 code.
• Generated computer model (STAAD Pro) based on as built drawings and apply updated loads based on the vendor data for the bigger coke drum and updated wind and seismic loads based on ASCE-07.
• Evaluated existing derrick structural sufficiency based AISC 9th edition requirements.
• Checked, analyzed and evaluated existing tabletop capacity based on ACI-318-05 requirements.
• Discussed proposed modifications with the lead engineer on how to reinforce existing structure to withstand construction, lift (derrick) and updated loads for the proposed coke drum and potential construction issues.

Project: T-1200N Fractionator Tower, Valero Refinery, Port Arthur, Texas
Member of the design team tasked to investigate and proposed subsequently modification on the existing tabletop concrete structure supporting the 20-foot diameter x 110 feet high fractionator tower. Functions performed;

• Calculation and application of empty, operating, hydro test, wind and seismic loads transferred by the fractionator tower to the supporting tabletop based on IBC2006 and ASCE-07 codes.
• Generated computer model (STAAD Pro) based on as built drawings. Applied loads due to T-1200N Fractionator and updated wind and seismic loads based on ASCE-07.
• Checked, analyzed and evaluated existing tabletop capacity based on ACI-318-05 requirements.

Project: Reliance Project, India Refinery
Involved in the design of miscellaneous pipe support and design of remaining miscellaneous structural steel structures/concrete support foundations left in the punch list for final client submittal. Member of the project design team tasked to meet project milestones for final project submittal. Coordinated with the design team to ensure meeting client schedule and project dictated milestones.

Project: Foster Wheeler - Chevron Refinery, El Segundo, California
Proposed, coordinated and checked modification works as required by the turn-around construction group.

• Detailed engineering design of E522/E535. Steel Structure braced in both direction supporting 6 (six) Exchanger Vessels stacked on top of one another. Design model was made in such a way that the bracing configuration were made to accommodate maintenance, pipe access and supports for the exchangers while trying to meet AISC recommendations for structures in high seismic zones. Floor to floor distances was also designed to accommodate the requirements dictated by the exchanger configuration while trying to maintain optimum column unsupported length. Lateral drift and vertical deflections were also controlled to meet the rigid requirements of having six exchangers maintain the same referenced centerline.
• Detailed engineering design of E-512, E-588 & E-555 Foundations. Size and configuration of the resulting foundations were made complex by the presence of existing underground structures proximity to the super structure making the analysis of the combined foundation complex due to eccentricities brought about by the resulting foundation configuration.
• Detailed engineering design of VFD Support Foundation and Lean Oil Chiller System Foundation.
• Coordinated with the design team to coordinate information from site, as built drawings and proposed structural configuration to avoid potential clash problems.
• Collaborated with the site engineering team charged of supporting the Crude and Coker Area turn-around construction team (assigned at El Segundo, California site).
• Design and re-evaluation of structures subjected to site modifications.

---

FLUOR DANIEL INC., PHILIPPINES

AUGUST 2005 – DECEMBER 2006 (DIRECT)

STRUCTURAL ENGINEER IV

Functioned as an area checker, responsibilities include checking the calculation reports and engineering sketches of other engineers before submittal to work share office (FLUOR Camberly) and client (SABIC) for review and approval. Verified engineering work’s compliance with project prescribed international codes, SABIC engineering standards and FLUOR practices and guidelines. I coordinated with the design team and project leads to ensure timely submittals of project deliverables.
Also, performed the detailed engineering design for the following structures.

• Deaerator Support – 3 level structural steel structure support for the deaerator and other misc. equipment.
• E-W Piperack – 400m long by 20m high steel rack supporting 68”, 56” & 48” super-heated flare lines.
• Design of Effluent Pipe Rack – Structural Steel Rack supporting process pipes and air cooler.
• Design of Boiler Island - Mat Foundation supporting the boiler structure, turbine, duct & chimney. Foundation designed using finite element analysis.
• Design of EW Piperack Support Foundation – Isolated and combined foundation design using custom made spreadsheet to design the foundation and check stability against different load combinations.
• Checked and coordinated with third party shop regarding fabrication queries and connection design.

---

MHI-TECHNICAL SERVICES

JULY 1995 - JULY 2005 (DIRECT)

STRUCTURAL ENGINEER IV

Functioned as detailed design engineer and checker, responsibilities include checking the calculation reports and engineering sketches of other engineers before submittal to MHI (Nagasaki, Japan) for review and approval. Function perfoemd both in MHI Manila office and MHI Nagasaki Office. I coordinated with the design team and project leads to ensure timely submittals of project deliverables.
Project Involvement:

---

SCHEMA KONSULT, INC.

SEPTEMBER 1992 - JULY 1995 (DIRECT)

STRUCTURAL ENGINEER

Member of the structural group. SCHEMA KNOSULT, Inc. is a multi-discipline consulting firm engaged in commercial and industrial structures. Project (engineering design) portfolio ranges from multi-story commercial and industrial buildings to high end-resort style residential condominium buildings.

---

CAMELLA HOMES, INC.

DECEMBER 1991 - SEPTEMBER 1992 (DIRECT)

ASSISTANT PROJECT ENGINEER

Functioned as an assitant project engineer to Camella Homes (bussiness developement group). Main funtion is to plan, monitor and advise on construction activities of numerous Capitol Bank Branches. Capitol Bank is owned and operated by Camella Homes Group of Companies.

---