Project Execution

FES has a team of professionals who have extensive experience in design, construction supervision, and commissioning of offshore vessels. The members of this team are self-motivated, proactive, and with strong work ethics to complete tasks within schedule and budget. They are at the managerial level, and each of them has a distinguished background before joining FES. A delineation of their disciplines and capabilities is summarized as follows:

Project Management

  • Preparation of RFP Request For Proposal document
  • Preparation of project bid package
  • Overall budget preparation and control
  • Project execution plan
  • Project scheduling and control
  • Interface with procurement of equipment
  • Preparation of periodic project reports
  • HSE and QA/QC management
  • Safety Case or equivalent study
  • Compliance of Industry standards, classification rules, and regulation
  • Communication with related internal and external parties

Project Engineering

  • Prepare engineering scope of work and CTRs
  • Prepare engineering and construction specifications
  • Prepare and maintain engineering schedule
  • Coordination of HAZID and HAZOP studies
  • Interface with classification society and client’s engineering team
  • Engineering drawings review and approval
  • Engineering reports review and approval

Commissioning Management

  • Preparation of commissioning schedule
  • Preparation of commissioning procedures
  • Monitor commissioning activities and sign off of shipyard commissioning procedures
  • Testing of major equipment
  • Planning of Sea Trials and Offshore Installation Operation
  • Interface with classification society, and client’s acceptance activities

Naval Architecture and Structural Engineering

  • Overall system layout and general arrangement
  • Overall design criteria and vessel performance index specifications
  • Vessel hull form design
  • Vessel scantling sizing
  • Vessel weight control and monitoring
  • Vessel stability analysis and loading conditions
  • Vessel motions and down time analysis
  • Dynamic Positioning DP capability analysis
  • Mooring system design and interface with the turret
  • Riser system design and interface with top and bottom terminations
  • Global loading and hull strength analysis
  • Secondary and tertiary components structural analysis
  • Finite element strength analysis
  • Incline experiment
  • Wind and wave basin model testing programs design and execution

Mechanical System Engineering

  • Main engine and power plant selection and evaluation
  • Propulsion / thruster system
  • Main engine and thruster auxiliary system
  • Material handling system and deck skidding units
  • HPU Hydraulic Power Unit
  • HVAC Heating Ventilation and Air Conditioning
  • Piping and ducting systems
  • Remote control valves
  • Instrument air system
  • Potable and sea water system
  • Machinery of the mooring system
  • Fire fighting system
  • Drainage and zero discharge system
  • Flare system
  • Mechanical outfitting

Electrical and Control Engineering

  • Power plant single line diagram
  • Electrical load analysis
  • Power generation and distribution MCC
  • HV and LV switch gears
  • Variable Frequency Drives VFD
  • Vessel Management System VMS and interface with the topside control system
  • Emergency Shut Down ESD
  • FMEA study coordination
  • Dynamic Positioning DP system control
  • Navigation system
  • PAGA system
  • Lighting system
  • Electrical outfitting

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