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Graziano SPANO

SURESNES

En résumé

Vaste formation de base en ingnierie mechanique t architecture navale
Au sein des theses de fin d'etudes, application de connaissances dans les domaines de structures marines offshore innovantes

Experience en:
- etudes de integrite sur flexibles, ombilicaux et cables electriques - role Ingenieur Project - taches: rediger cahier d'analyses , execution, presentation
- analyses d'installation de structure marines offshore et subsea, flexibles, ombilicaux et cables - taches: rediger cahier d'analyses , execution, presentation electriques role Ingenieur Project
- conception, suivi technique et execution de methodes pour pose de cables et ombilicaux sur le fonds de la mer et sur risers - role Ingenieur Lead d'installations
- analyses structuraux liee au levages et transport maritime de structures offshore - role Ingenieur Project - taches: rediger cahier d'analyses , execution, presentation

Mes compétences :
Method Development
test planning
installation analysis
experimental testing
analysis of installation procedures and simulation
acceleration analysis
Wind Turbine selection
UMBILICAL DESIGN
Technical coordination
Technical Design
Subsea Umbilicals
STAAD
Project Management
Offshore Oil & Gas
Offshore Mooring Design
ORCAFLEX
Matlab
Installation
Hull design
Flexible Risers
EU Project management
Design
Cost estimation
Autocad

Entreprises

  • Subsea 7 - Lead Subsea Installation Engineer (Method)

    SURESNES 2014 - 2016 Project: CLOV
    Method Engineer for Replacement of Riser Monitoring System (RMS) Umbilical Cable and equipment (removal and installation of new), Method Development and analysis for cable removal and piggy backed cable installation along Hybrid Riser Tower, Reel Laying without tensioner and Subsea Equipment retrieval. Installation Aids Deck Equipment, Rigging and ROV tooling design and requisition according to standards, quality requirements and Risk assessments. Write up of FL installation procedures, Coordination with Pre-commissioning department. Offshore and Yard experience as Project Lead for entire Offshore, Onshore and vessel mobilization Campaign.
  • Subsea 7 - Subsea Installation Engineer (Method)

    SURESNES 2014 - 2014 Project: EHRA NORTH PHASE 2
    Method Engineer for Flying Leads installation, Brownfield FL removal and shifting operations and Greenfield FL installation. Innovative Method Development for Subsea operations according to ALARP risk management principle, Method Analysis, Risk assessments, conventional and unconventional ROV tool conception, design, manufacturing and FAT, Lifting Rigging design, Suppliers, Third Parties coordination, Write up of FL installation procedures. Offshore experience as Project Engineer for Flying Leads operations,
  • SUBSEA 7 - PROJECT METHOD ENGINEER

    SURESNES 2014 - 2014 SUBSEA 7 (Acergy France) - contracted by SISAS
    FLYING LEADS INSTALLATION - PROJECT: EHRA NORTH PHASE 2 LOCATION: OFFSHORE NIGERIA,
    WATER DEPTH: 800 m - CLIENT: EXXON-MOBIL (1.5 billion US$)
    * Method Development for Flying Leads installation - Brownfield and Greenfield
    * Development of a subsea installation method for movement of existing Flying Leads w/o
    deconnection aiming at time and budget saving.

    * Successful operations in shorter time than planned - several hundred US$ saved
    * Method Analysis and Procedure write-up for unconventional operation
    * Operation equipment spread validation, design and requisition, FAT test
    * Offshore experience for Flying Leads operations and Mooring Suction piles installation, offshore
    operations coordination, documentation
  • SUBSEA 7 - Technical lead

    SURESNES 2013 - 2013 SUBSEA 7 (Acergy France - Paris) - contracted by SISAS
    PROJECT INSTALLATION ANALYSIS LEAD
    JACKET INSTALLATION - PROJECT: OFON2 LOCATION: OFFSHORE NIGERIA, WATER DEPTH: 100 m -
    CLIENT: TOTAL (1 billion US$)
    * Technical lead for installation analysis of OFD3 and OFD5 jackets & subsea structures.
    * Modeling of vessel-structure system and environmental forces in ORCAFLEX
    * Calculation of installation vessel operability in close communication with project team, problemsolving and variation of method proposal, support of offshore team and motion monitoring.
  • DORIS ENGINEERING - SISAS PROJECT DESIGN ENGINEER

    Paris 2012 - 2013 FLEXIBLES & UMBILICAL DESIGN: PROJECT: MOHO NORD - CLIENT: TOTAL (3 billion US$)
    * Design and analysis of Subsea Flexible Risers, Umbilicals and Transfer lines
    * Preliminary and Detailed Design of Subsea Flexible Riser Architecture
    * Strength and Clearance Analysis of Umbilicals and Mooring Lines in ORCAFLEX
  • Subsea 7 - Installation analysis engineer

    SURESNES 2012 - 2013 Project: OFON2
    Analysis of structure heavy lift operations, jacket lift-off and set-down, crane assisted upending operation, critical phases identification, modeling of vessel-structure system in FEM time-domain software, statistical analysis of response data, swell, calculation of DAF for structural check and installation vessel operability; close communication with project team, problem-solving and variation of method proposal, support of offshore team and motion monitoring. Structural checks for offshore installation phases, design of lifting aids and padeyes.following AISC, API and TOTAL standards.
  • BPP - Riser Engineer - Installation

    2011 - 2012 Umbilical installation (Shakhalin Project): review and analysis of installation procedures for main and in-line umbilicals, expert reporting and risk advisor to insurance company. Flexible riser installation: review and analysis of installation procedures and dynamic simulation of pull-in operations (for Apache Corp.). Hybrid Riser Tower motion sensing investigation (for BP, Greater Plutonio). Design of Submersible pump power cable.
    Riser Monitoring System: (Converteam, Vantage Drilling): hydrodynamic and structural analysis for top tensioned Drilling risers and Wellhead conductor casing structural analysis and integrity Fatigue monitoring module add-up.
    Deepwater Horizon oil spill post-accident investigation and reporting (for Anadarko).
    Bleho Holm FPSO motion and acceleration analysis in survival condition for topside deck supports check.
    Buchan Alpha FPU platform weight control strategy for intact and damaged stability (Talisman Energy)
  • BPP-TECH - PROJECT ENGINEER

    2011 - 2012 FLEXIBLES, UMBILICAL & CABLES ANALYSIS on DIFFERENT PROJECTS
    * Umbilical installation (Shakhalin Project): review and analysis of installation procedures for main
    and in-line umbilicals in ORCAFLEX
    * Flexible riser installation: review and analysis of installation procedures and simulation of pull-in
    operations in ORCAFLEX (for Apache Corp.).
    * Bleho-Holm FPSO motion and acceleration analysis in survival condition for topside deck supports
    check . Platform weight control strategy for intact and damaged stability (Talisman Energy)
  • Mariotti Shipyard - Naval Architect

    2009 - 2010 Preliminary design of steel mega-yacht and cruising ship: structural design ship stability calculation in intact and damage condition (SOLAS); shipyard visits and works execution surveys for structures and machineries; inclining tests for stability: preliminary calculations, test planning and execution, onboard surveys
  • Mariotti Shipyard - NAVAL ARCHITECT

    2009 - 2010 * Design and fabrication of steel mega-yachts ;
    * Inclining tests for stability: preliminary calculations, test planning and execution in planned time.

    LANGUAGES:
    English: Fluent / Proficient French: Fluent / Proficien Italian: Mother-language
  • Floating Wind Atlantic Forum - Research engineer

    2008 - 2008 CPD: Floating Wind Atlantic Forum, Brest 2016
  • BUREAU VERITAS - Ship surveyor

    Puteaux 2006 - 2006

Formations

  • Cranfield University

    Bedford 2010 - 2011 Master of Science
  • Dipartimento Di Ingegneria Navale (DINAV), University Of Genoa, Italy (Genova)

    Genova 2002 - 2009 Master Degree (5years)
  • Dipartimento Di Ingegneria Navale

    Genoa 2002 - 2009 Masters Degree

    Master Degree (5 years) Naval Architecture and Marine Engineering at Dipartimento di
    Ingegneria Navale (DINAV), University of Genoa, Italy. Final Score: 107 / 110

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