The PRINCE2 Process Model Diagram

I recommend that you down load and print out the full PRINCE2 procedure model diagram in color (A4 landscape) and refer to it while reading this Blog.

Click to download Prince 2 Process Model Diagram on PDF

Due to the manner the process model is usually presented, you will agree with me that is difficult to see that some processes are finished more than once. This just makes getting to know PRINCE2 more tough as you try to figure out relationship among the different processes. I have therefore introduce some colour notation to ease your understanding.

Items coloured with blue are executed once in a project (e.g.: Starting up the Project (SU), Initiating a Project (IP), creating the Project Initiation Documents, creating a Project Plan and Closing the Project.

Items coloured with green are executed once for each stage (e.g.: Controlling a Stage (CS) and Managing Stage Boundaries (SB)). So if a project has four stages after startup, then the items in green are executed four times. It should be noted that at the final stage after all products have been delivered, the closing a project process follows the controlling a stage process. Thus; Managing a Stage Boundary is not done at the very end of the final stage of a project.

Items coloured with orange can be executed multiple times in a stage (e.g.: The Project Board might request that a highlight report should be sent each week during a stage by the Project Manager). And Guidance and Instructions can come from the Project Board to the Project Manager at any time.

Items coloured with dark red can be implemented multiple times during a stage (e.g.: Work packages can be given to a number of Team Managers by the Project Manager). A Team Plan can be created for each Work Package.

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Advanced Subsea Production System (SPS) Professional Courses

Subsea production system is associated with the overall process and all the equipment involved in drilling, field development, and field operation.

Component of Subsea production system includes:

Subsea Well Drilling Systems
Wellhead system(s) with associated casing strings
Subsea Christmas trees (XT) for production or injection purposes
Subsea Umbilical Risers and Flowlines (SURF)
Manifolds, Jumpers, Spools, Pipelines and Foundations
Subsea Control Systems (SCS)
Subsea Processing Systems – Boosting, Compressors, Separation & Power

The downloadable PDF below; shows relationship between subsea production systems (SPS) – Field Architecture

[pdf-light-viewer id="6598"]

Chess Subsea professional training modules is geared towards detailed understanding of subsea production system, wellheads and well control. It also focus on Reliability, Availability, Maintainability and Safety (RAMS) of these system and its integrity management.

Send your email to info@chesssubseaengineering.com

Chess Subsea Engineering Short Professional Courses – Paid

Fundamentals of Oil and Gas Engineering for Graduates and Business Development Resource Personnel’s
Fundamentals of Oil and Gas Offshore Engineering
Fundamentals of Offshore & Subsea Operations Project Design and Planning
Fundamentals of Subsea Survey, Positioning & Metrology
Fundamentals of Subsea Engineering
Fundamentals of Subsea Processing Systems – Boosting, Compressors, Separation & Power
Fundamentals of Pipeline Engineering for Engineers
Fundamentals of Subsea Flow Assurance for Engineers
Fundamentals of Subsea Vessels & Lay Equipment
Fundamentals of Subsea Pipelines and Structures Installation Techniques
Fundamentals of Subsea Hoop Up and Field Commissioning – Pipeline Case Study
Fundamentals of Isolation & Intervention Guild lines for Driver Access to Subsea Systems
Fundamentals of Underwater Access Technology – Divers and Diverless
Introduction to Intervention & Workover Systems used in the Subsea Production System Environment
International Standards, Directives & Guidelines for the Subsea Oil & Gas Industry
Subsea Topside Equipment Practices, Processes for Specifying & Sizing
Application of Mathematical tools used for calculation & Sizing of Topside and Subsea Equipment
Fundamentals of Valves utilized in Subsea Production Systems
Fundamentals of Subsea Umbilicals & Control Lines
Subsea Environment and Basic Corrosion Mechanism
Fundamentals of Offshore Decommissioning & Abandonment
Multiplex Subsea Control BOP Stack – Operations, maintenance, trouble shooting and job hazard analysis
Subsea Field Development
Subsea Well Control Systems
Subsea Distribution System
Subsea Surveying, Positioning, Installation and Foundation
Installation and Vessels
Subsea Cost Estimation
Subsea Control Systems
Supervisory Control And Data Acquisition (SCADA) System (Advanced)
Subsea Power Supply
Subsea Route Selection & Free Spanning
Stress Analysis Based Design of Pipelines
Fundamentals of Pipeline Buckling and Collapse
Fundamentals of Subsea Systems Environmental Assisted Cracking & Fatigue Life Prediction
Fundamentals of Subsea Pipeline Stability
Subsea Systems Materials and Steel Grade Selection
Fundamentals of Subsea Systems Cathodic Protection Monitoring
Pipeline Ancillary Equipments
Pipeline Installation, Commissioning and Decommissioning
Pipeline Failure, Corrosion and Insulation
Subsea Project Execution and Interfaces
Subsea Risk and Reliability
Subsea Systems Risk Based Inspection
Hydraulics
Subsea Corrosion and Scale
Subsea Manifolds – Engineering, Construction & Installation
Pipeline Ends and In-Line Structures – Engineering, Construction & Installation
Subsea Connections and Jumpers – Engineering, Construction & Installation
Subsea Wellheads and Trees – Engineering, Construction & Installation
ROV Intervention and Interface
Subsea Umbilical Systems – Engineering, Construction & Installation
Drilling Risers – Engineering, Construction & Installation
Subsea Production Risers – Engineering, Construction & Installation
Advanced Pipeline Engineering – Construction, Installation and Operations

Chess Subsea Engineering Operations Management Courses – Paid

Testimonials

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