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CAREER DESCRIPTION

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Stuctural Engineer with 10 years experience planning and designing structures with broad range of experience that gives me a unique perspective on Structural Engineering. Looking for a position that will utilize my skills and offer growth.

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EMPLOYMENT RECORD

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Halliburton KBR, Baku, Azerbaijan

December 2001 – present

Structural Engineer

Working within the Offshore Jackets department. Designed structures and generated details. I’ve utilized several different software and programs for analysis and design of structures and components. Created plans and details using CAD system.

•  Analyze structural behaviour for different cases of loading such as inplace, launch and transportation using STAAD.Pro

• Develop plans and details for all the secondary structures such as sling laydown platforms, riser hook-up platforms, stair towers, gangway supports and other installation aids

• Analyze and design riser and j-tube guide clamps and other supports for the 3 offshore jackets of the current project

• Create plans and details using AutoCAD2000

Technip-Coflexip Malaysia Sdn/Bhd, Kuala Lumpur, Malaysia

July 1997 – December 2001

Civil / Structural Engineer (Petrochemical/ Onshore Plants/ Offshore Platforms)

• Create computer model, analyze and design offshore topside structure using SACS suite of programs

• Utilize engineering programs for the design of connections, major details and other components

• Analyze and design components of offshore jacket such as upending padeyes, transition cones, walkways, service platforms and also perform conductor hanging analysis and vortex shedding check

• Generate structural framing model, analyze and design several steel and concrete structures for the onshore petrochemical plants such as piperacks, equipment structures, warehouses, cooling towers and other buildings using STAAD software

• Design foundations for structures and equipment such as tall stack columns, reactors, exchangers, vertical and horizontal vessels

• Analyze and design concrete water tanks, pits, basins, water treatment facilities and other liquid retaining structures

• Prepare plans and details for all designed structures

Katahira & Engineers Asia, M. Manila, Philippines

December 1996 – July 1997

Structural Engineer (Flyover highways)

• Analyze and design various segments of bridge superstructure using STAAD software

KTA Tenaga Sdn/Bhd, Kuala Lumpur, Malaysia

November 1995 – October 1996

Structural Engineer (Commercial/ Industrial Facilities)

• Prepare structural framing and subsequently analyze and design structures such as office and hospital buildings using STAAD software

• Analyze and design various concrete and steel structures including their respective foundations

Adrian Wilson International Associates, M. Manila, Philippines

April 1995 – October 1995

Structural Engineer (Industrial/ Commercial buildings)

• Assist the main structural design consultant in the analysis and design of a concrete and steel structure with a plan area of 10,000 sq.m. to house a manufacturing plant and offices

Schema Konsult, Inc., M. Manila, Philippines

July 1993 – April 1995

Structural Engineer (Commercial/ Residential/ Industrial Facilities)

• Analyze and design various concrete and steel structures such as office buildings, commercial centers, residential buildings, industrial facilities, telecommunication towers, water tank towers, and others, including their respective foundations, following the industry’s major design codes

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PROJECTS UNDERTAKEN

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Dec. 2001 - present

AZERI PROJECT

STRUCTURAL JACKETS (OFFSHORE)

Project Description

• Phase 1 consists of a two platform bridge-linked complex at Central Azeri, comprising a drilling quarters (DQ) platform and a compression/ water-injection (C&WP) platform.  The DQ platform will have 48 well slots, a permanent drilling rig, and two production separation trains with a combined capacity of 400,000 bb/d.  The decks will both be weighing about 14,500 tonnes. Phase 2 of the project, the West Azeri & East Azeri platforms, will comprise drilling quarters too, both with 48 well slots. All platforms will be in about 120m water depth, utilizing steel jackets and piled on four corner legs . The Azeri project is located in the Azeri sector of the Caspian Sea, Azerbaijan.

Position

• Structural Jacket Engineer

• Responsible for preparation of structural framing/layout, generation of the computer model, load calculations, and the subsequent analyses such as pre-service and inplace conditions of the installation steel structures, such as sling laydown platforms, riser hook-up platforms, stair towers, gangway supports and other installation aids. Analyze and design riser and j-tube guide clamps and other supports for the 3 offshore jackets of the current project. This includes detailing of connections/ joints.

June 2001 - Dec. 2001

BUNGA RAYA-B WELLHEAD RISER PLATFORM

(BR-B WHRP) - (OFFSHORE)

Project Description 

• Detailed structural design of a four-legged steel fixed offshore platform supported by piles in 55.5m water depth.  The main structures include jacket, boat landings, riser guard, drilling deck/ topsides. The project includes Engineering, Procurement and Construction.  The platform will be located in the PM-3 Commercial Arrangement Area (PM-3 CAA) in Malaysia - Vietnam waters.

Position

• Structural Engineer

• Responsible for preparation of structural framing/ layout, generation of the computer model of the topsides/ deck structure, load calculations, and the subsequent analyses such as inplace and pre-service (loadout, transportation, lifting) analyses as well as detailing of connections/ joints.  The structure is modeled and analyzed as a 3D space frame using SACS suite of programs.

May 2001 - June 2001

JINTAN DRILLING / RISER PLATFORM (JNDR-A)

(OFFSHORE)

Project Description

• Detailed structural design of a four-legged steel fixed offshore jacket/platform supported by eight skirt piles in 129.9m water depth.  The main structures include jacket, boat landings, riser guard, drilling deck, topsides and helideck. The project includes Engineering, Procurement and Construction.  The platform will be located in the Jintan field about 275km offshore Bintulu, Sarawak in Malaysia.

Position

• Structural Engineer

• My involvement includes analysis and design of components of offshore jacket such as upending padeyes, transition cones, walkways, service platforms and also perform conductor hanging analysis and vortex shedding check.

Oct. 2000 - May 2001

CTOC - CAKERAWALA GAS FIELD DEVELOPMENT ( OFFSHORE)

Project Description

• This development is the largest offshore EPIC (engineering, procurement, installation, commissioning) project ever completed in Asia. The Cakerawala field is located 180km offshore in shallow waters (55m depth) in the "Malaysian-Thailand Joint Venture Area" of the Gulf of Thailand and has estimated reserves of 2 trillion cubic feet of natural gas. The complex includes 3 drilling platforms (36 wellheads), a compression platform with two compression trains,  a central processing platform with a 17,000-ton deck, a power generation unit, a flare and pipelines. 

Position

• Civil / Structural Engineer

• My involvement includes structural analysis and design of structures on topsides, such as platforms, equipment supports, pipe supports and others.

1999 - Oct. 2000

PETLIN KERTEH LDPE PLANT ( ONSHORE )

Project Description

• Detailed civil/structural design of concrete and steel structures for the Process units and the supporting facilities such as platforms and equipment foundations. The project includes detailed design, procurement and construction of a Low Density Polyethylene (LDPE) Plant.  The plant will be located in Kerteh, Malaysia

Position

• Civil / Structural Engineer

• My involvement includes structural analysis and design of massive concrete structures for large product silos each having a volume of more than 1200 cubic meters, cooling tower structures, multi-level steel structures as platforms for equipment,  other concrete and steel structure for the process area and their respective foundations, as well as special foundations of equipment.

1998 - 1999

TITAN 100 KTA HDPE PLANT  ( ONSHORE )

Project Description

• Detailed civil/structural design of concrete and steel structures for the Process units (Catalyst Feeding, Polymerization, Separation and Drying, Pelletizing and Storage, Solvent Recovery ) and the supporting facilities such as platforms and equipment foundations. The project includes detailed design, procurement and construction of a High Density Polyethylene (HDPE) Plant having the capacity of 100,000 metric tons per year.  The plant will be located in Tanjung Langsat, Johor (Malaysia)

Position

• Civil / Structural Engineer

• The work includes structural analysis and design of various structures as well as design of foundations for structures and equipment such as tall stack columns, reactors, exchangers, vertical and horizontal vessels

1997 - 1998

ELF PETROLEUM ASIA REFINERY  ( ONSHORE )

Project Description

• Detailed Structural design of structural steel and reinforced concrete structures for a petrochemical plant constructed in Brunei. The project covers an area of about 60,000 sq.m. for an onshore processing plant owned by Elf Petroleum Asia, Brunei branch.  Structures include steel piperacks, steel platforms and concrete foundations for vessels/equipment.

Position

• Civil / Structural Engineer

• The work includes structural analysis and design of various structures as well as design of foundations.

1996 - 1997

FORT BONIFACIO-KALAYAAN-EDSA-BUENDIA FLYOVER

Project Description

• Detailed Structural Design of Fort Bonifacio -Kalayaan - EDSA-Buendia Flyover, Metro Manila, Philippines. The project is a 4-lane flyover highway with an approximate total length of 2 kilometers along the major city road.

Position

• Structural Engineer

• Responsible for detailed engineering design of various segments of bridge superstructure.

1996 - 1996

MALAYSIA AIRLINES

Project Description

• Detailed design of hangar for Malaysian Airlines and adjacent office buildings in Subang, Malaysia

Position

• Structural Engineer

• Responsible for the design of various types of hangar pavement to fit various aircraft types/loads.  The work also includes structural framing, analysis and design of concrete office buildings surrounding the hangar.

1996 - 1996

KUALA LUMPUR HOSPITAL

Project Description

• Preliminary Structural Design of the Proposed Kuala Lumpur Hospital in Malaysia. The project is a 14-storey reinforced concrete building with a base plan area of approximately 9000 sq.m. on pile foundation.

Position

• Structural Engineer

• Responsible for preliminary analysis and design to size-up superstructure members and determine foundation scheme.

1995 - 1996

PSR-2 PROJECT

Project Description

• Detailed Structural Design of  Pipe Rack Structures for PSR-2 Project, Melaka, Malaysia. The project is an oil and gas refinery which consist of several concrete and steel structures.

Position

• Structural Engineer

• Responsible for structural framing, analysis, design and detailing of various concrete/steel pipe rack structures.

1995 - 1995

GEC PLANT

• Detailed Design of GEC (Gateway Electronics Corporation) Manufacturing Plant, Cavite, Philippines.

Project Description

• Concrete and Steel Building with a base plan area of approximately 10,000 sq.m. to house manufacturing plant and offices.

Position

• Structural Engineer

• Responsible to support/assist the main structural design consultant in the analysis and design.  The work also includes coordination during the construction stage.

1993 - 1995

Project Description

• Design of various structures such as office buildings, commercial centers, industrial facilities,  residential buildings, telecommunication towers, water tank towers.

Position

• Structural Engineer

• Responsible for structural framing, load analysis, design and detailing of members/connection as well as design of foundation.

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    SPECIAL SKILLS

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(1)    Computer programming for IBM PC & Compatibles in several programming languages

• Visual Basic 6.0

• Microsoft Frontpage

• Turbo Pascal

• Turbo Basic

• Advanced Basic

• Fortran

• Lotus / Excel

(2)    Ability to develop software for the analysis and design of some engineering structures

(3)    Use of computer software applicable to civil / structural engineering

• SACS Suite of Programs (Release 5) - Engineering Dynamics, Inc.

• STAAD III - Research Engineers  /   STAADPRO

• FATPAK/FLEMING

• MICROFEAP II (P1 & P2 - Module, Release 3.0)

• QCSI Software (Structural Analysis and Design)

• ETABS - Computers & Structures, Inc.

• PROKON

• PCA COLUMN

• CSC  FASTRAK

• AutoCAD2000

• Microsoft applications, etc.

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    REGISTRATION & MEMBERSHIP

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• Registered Civil Engineer

• Member : Philippine Institute of Civil Engineers

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    EDUCATION

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1992 – 1995            Course:      Master in Engineering                                  University of the City of Manila

                              Major:        Structural Engineering                                 (Pamantasan ng Lungsod ng Maynila)

1987 – 1992            Degree: B.S. in Civil Engineering                                   Mapua Institute of Technology

                              (NAMA scholar)                                                               Philippines

10 years of professional experience as a civil/structural engineer employed by multi-disciplined consulting firms/offices. Duties and responsibilities include the following :

• Confer with other members of the engineering team and conduct research to determine project requirements

• Plan and perform detailed design of different types of projects, among which are commercial buildings, residential buildings, office buildings, telecommunication towers, industrial facilities and petrochemical plants as well as oil and gas industrial facilities including onshore projects (i.e., steel and concrete structures such as piperacks, buildings, equipment structures, equipment supports, pipe supports and others) and offshore projects such as topsides/deck, platforms, jacket secondary structures and others  

• Design foundations for structures and equipment such as tall stack columns, reactors, exchangers, vertical vessels, horizontal vessels and others

• Analyze and design concrete water tanks, pits, basins, water treatment facilities and other liquid retaining structures

• Ensure construction plans meet guidelines and specifications of building codes and other regulations with consideration to company QA procedures at all times

• Conduct review and check of vendor data and coordinate with other engineering discipline

• Utilize major design codes such as ACI (American Concrete Institute),  AISC (American Institute of Steel Construction), UBC (Uniform Building Code), BSI (British Standards Institution) and API-RP-2A (American Petroleum Institute)

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                               Azerbaijan Address :                  Halliburton KBR

                               (present work)                           5 Tbilisi Ave., Block 1003

                                                                            Baku 370065, Azerbaijan

                               Cell phone No. :                        (+99-450) 366-2561                           

                               Philippine Address :                   436 P. Enriquez St.

                               (permanent)                              Atimonan, Quezon

                                                                            Philippines

                               Telephone No. :                        (+63-42) 3165266

                               Cell phone No. :                        (+63-916) 6485119

                               E-mail Address :                        eabnet99@yahoo.com

                                                                            Ernesto.Bautista@halliburton.com

( updated : 10 August, 2003 )

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