________________________________________________________________________________________________
CURRICULUM VITAE
Name
:
Syamsul Bachri Usman
Date of Birth
:
December 06th, 1988
Nationality
:
Indonesian
Profession
:
Structural Engineer
Professional Association :
-
Education
Bachelor Degree,
Bandung Institute
Engineering.
:
Software Capability
:




Language
of Technology (ITS), Majoring
:
SACS Version 5.2(EDI), 5.3 – Structural Analysis
MathCAD – Engineering Calculation Program
Ms Word, Ms Excel, Ms Power Point, etc
Auto CAD
English, Indonesia
Good
X
English
Indonesia
Any other
Reasonable
X
SUMMARY OF EXPERIENCE
DETAILED WORKING EXPERIENCE
March 2012 – Present
Excellent
:
ZEE Engineering Sdn. Bhd
Joined ZEE Engineering Sdn. Bhd as a Structural Engineer.
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in
Marine
________________________________________________________________________________________________
Client
:
Noble Energy
Project
:
Alen Field Development – Phase II
Project Description:
Noble Energy Equatorial Guinea Ltd. is developing the Aseng and Alen prospects off the coast of
Equatorial Guinea. The Alen prospect is a gas condensate field 50 km east of Bioko Island in 238
ft. (72.5m) water depth.
There are two distinct phases in the Alen field development.
Phase 1: Transportation and Installation of a well head platform jacket (WHP) already performed in
October 2011.
Phase 2: Transportation and Installation of the WHP Topside and a central production platform
(CPP) in the first quarter of 2013.
Mustang Engineering located in Houston is the designer contracted by Noble Energy, while the
fabrication will be executed by J. Ray McDermott at their yards in Amelia, Louisiana.
As part of phase 2, the CPP jacket and piles will be transported from Amelia, Louisiana to
Equatorial Guinea on the H-404 barge, then installed by the Thialf.
Heerema Marine Contractors Nederland BV (HMC) have been awarded by Noble Energy for the
Grillage and Seafastening design for CPP Jacket and CPP piles on the H-404 barge.
Position
:
Structural Engineer
Responsibilities:
1. Grillage and seafastening design for the CPP jacket on the H-404 barge, including:
(using SACS 5.3 and manual calculation)
a. Design of required weld (leg) sizes
b. Design of uplift straps (tie-downs)
c. Design of wingplates
d. Design of pitch plates
2. Design of access platforms for seafastening cutting
3. Structural integrity verification the barge.
Client
:
Larsen & Toubro - Heerema Marine Contractors Nederland BV (HMC)
Project
:
Deen Dayal West Field Development - PLQP
Project Description:
As a part of Process-cum-Living Quarter Platform Project (PLQP Project) GSPC propose to utilize
the gas produced from well platform DDW-1. DDW-1 has been being executed through a separate
contract. The PLQP platform will be connected with a bridge to the existing DDW-1 wellhead
platform. Gas from PLQP will be transported through sub-sea pipeline & Slug catcher to Onshore
Gas Terminal (OGT).
Heerema Marine Contractors Nederland BV (HMC) have been awarded by Larsen and Toubro
(L & T) for the transportation and installation for PLQP Platform.
Position
:
Structural Engineer
Responsibilities:
1. DSF Rigging Platform Design
In-Place, Transportation, Lifting, Misc. Calculation
2. North Deck Rigging Platform Design
In-Place, Transportation, Lifting, Misc. Calculation
3. PLQP Jacket Rigging Platform Design
In-Place, Transportation, Lifting, Misc. Calculation
4. PLQP Jacket Hokk-On Rigging Platform Design
In-Place, Transportation, Lifting, Misc. Calculation
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________________________________________________________________________________________________
Client
Project
:
:
BG Exploration and Production India Limited
Panna New SPM System and Pipeline Project
Project Description:
Oil & Natural Gas Corporation (ONGC), Reliance Industries Ltd (RIL) and BG Exploration and
Production India Limited (BGEPIL) are joint operators of the Panna-Mukta offshore oil and gas
production field situated in the Arabian Sea, off the west coast of India near Mumbai. The Panna
Field is located 95 km offshore northwest of Mumbai, India. The average water depth in the field is
154 ft (47 m). Panna & Mukta fields have twelve well head platforms and a Processing Platform
(PPA). PPA is bridge connected to PA wellhead platform in East, PQ living quarter platform in
North and PFP flare platform in South direction.
Oil and gas produced from all the wellhead platforms are brought to PPA through pipelines for
processing. The production from PL, a new wellhead platform which is already installed, will also
be routed to PPA.
Panna oil stabilization is carried out at PPA platform in 3 stages. This stabilized oil is then pumped
to the bridge-connected PA platform via dry oil booster pumps. This oil is metered at PA in the
LACT (Lease Automatic Custody Transfer) unit. The metered oil is sent to the export tanker via a
12-inch pipeline.
Present Panna SPM facility is located east of PA platform at about 1.54 km straight distance from
PA platform. Approximately 40,000 bpd of processed oil is loaded from Panna processing facility to
a tanker via SPM. The 12-inch oil export pipeline is installed on PA east face and is connected to a
PLEM. The PLEM is connected to the buoy via subsea hoses. The oil export pipeline is nearing the
completion of its design life of 25 years while the buoy is a stock buoy of 326 MT rated capacity.
Under New Panna SPM project, it is planned to install a new SPM system. The new SPM system
will be designed for handling normal production of 40,000 bpd of oil production and maximum flow
of 75,000 bpd. The entire system will be rated for the dry oil booster pumps’ shut off pressure of
170 psig.
The subsea pipeline length will be approximately 3 km up to the PLEM. A subsea pig receiver will
also be installed. The oil will be sent from the PLEM to the SPM via subsea hoses, and from SPM
to the export tanker through floating hoses. The entire SPM and PLEM system will be designed to
facilitate both double banking and tandem mooring of the export tanker.
Position
:
Structural Engineer
Responsibilities:
1. Wire Guide Design (Local Check – Using SACS Local Check)
2. Design of padeye.
3. Misc. Calculation (Gusset Plate Check, Shear Stopper Check, e.t.c)
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________________________________________________________________________________________________
Client
:
Pertamina Hulu Energy – West Madura Offshore (PHE-WMO)
Project
:
FEED for Subsea Manifold
Project Description:
Pertamina Hulu Energi West Madura Offshore (PHE WMO) the operator of the West Madura
Offshore and Poleng assets located in offshore East Java, plans to build 3 (three) new platforms
that are located in Poleng Field, West Madura. The Facilities are KE 38B, KE 39, and KE 54. The
product will be transported to KE 38 Platform via subsea manifold before being sent to PP
Platform. The proposed new 16” pipeline route from KE-38P subsea manifold to PPP will be
adjacent to and alongside the existing pipeline route between KE-38 to PPP with a total length at
the proposed pipeline route is approximately 20.68 km.
Position
:
Structural Engineer
Responsibilities:
1. Modelling and analysis using SACS Program for some analyses :
a. Operational Analysis for Structural Design.
b. Transportation Analysis.
c. Lifting Analysis.
d. On Bottom Analysis.
e. Misc. Calculation (Anode, padeye, e.t.c).
2. Check for Subsea Manifold drawing.
January 2012 – March 2012 :
Methode Engineer
PT. Citra Panji Manunggal
Client
:
MOBIL CEPU LIMITED (EXXON GROUP)
Project
:
BANYU URIP PROJECT. EPC 2 ONSHORE EXPORT PIPELINE SYSTEM
Responsibilities:
1. Preparing Procedure and Engineer Calculation
2. and other task from engineer that related to the project.
Oct 2011 – Jan 2012 : PT. ALSERA PORTINDO
Field Engineer Supervisor
Client
Project
:
:
PERTAMINA-TALISMAN, JOB JAMBI MERANG
CONSTRUCTION EQUIPMENT FOR HSE JOB PERTAMINA-TALISMAN
JAMBIMERANG : FIRE SHELTER, WAREHOUSE CHEMICAL BUILDING,
AND TEMPORARY STORAGE FOR HAZARDOUS BUILDING.
Responsibilities:
1. QC check for material, dimension, etc based on AFC Drawing and spec from client.
2. Coordination with client and contractor.
March 2011 – May 2012 : PT. DINAMIKA TEKNIK PERSADA
Offshore Structure Engineer (Freelance)
Client
:
PERTAMINA
Project
:
RE-ANALYSIS MWPB JACKET PLATFORM.
Responsibilities
:
1. Re-Analysis MWPB Jacket Platform ( Inplace condition ) using GT-Strudl and
SACS.
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________________________________________________________________________________________________
February 2010 – May 2010 :
PT. TRIPATRA ENGINEERS AND CONTRACTORS
Internship Work in Offshore Structure Engineering Department
Client
Project
:
:
PERTAMINA
RE-ANALYSIS OF BSC PLATFORM FROM PHE ONWJ (IN-PLACE,
SEISMIC, FATIGUE WITH SACS 5.2 SOFTWARE ).
Responsibilities
:
1. Responsible for consulting and making studies in research process.
2. Research load on the platform.
3. Design of preliminary BCS Platform that include: Deck Plan and elevations, Deck
framing, Connection (joint) and stiffeners, Welding Detail, Pile and conductor detail,
and Padeye.
4. Analysis of structure that includes all condition: Analysis In-place (condition
operation & strom), analysis of dynamic Earthquake (seismic), and analysis fatigue.
5. Joint strengthening analysis based on API RP 2A WSD of BCS platform.
6. Done various other duties as assigned under the direction of senior engineer.
7. Manage all electronic and hard copy documents, so that responsible for all flow of
drawings and documents to senior engineer.
8. Responsible for recommending areas for future studies.
9. Done other duties as assigned.
January 2010 – February 2010
Internship Work in Field Engineer
:
CODECO ENERGY LTD.
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