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Dynamic Positioning (DP) Induction
COURSES OFFERED > NAUTICAL INSTITUTE PRODUCT
Dynamic Positioning (DP) Induction
The Dynamic Positioning (DP) Induction Course is the first phase in the training for becoming a certified DP Operator (DPO). The primary objectives of the course are to provide participants with an understanding of Dynamic Positioning systems and their operational principles. The course focuses on theoretical and practical knowledge necessary for safe and efficient DP operations.
Here are the key objectives of the training:
- Introduction to Dynamic Positioning
- Understand the basic concepts and components of a DP system, including the role of position reference systems, sensors, and thrusters.
- Learn the history and development of DP technology and its importance in modern offshore operations.
2. DP System Components and Functionality
- Gain knowledge of key DP components such as control systems, thrusters, power management systems, and sensor inputs.
- Understand how different subsystems interact to maintain the vessel’s position and heading.
3. Principles of DP Operations
- Learn the operational principles of DP, including how vessels maintain position and heading using thrusters, propellers, and rudders.
- Understand the factors that influence DP performance, such as environmental forces (wind, current, and waves).
4. Operational Modes and DP Control
- Familiarize with various DP operational modes (manual, auto, joystick) and when each mode is used during operations.
- Learn how to monitor and control the vessel’s position using DP control consoles
5. Position Reference Systems and Sensors
- Understand the different types of position reference systems (e.g., GPS, acoustic beacons, laser systems) used in DP operations.
- Learn the role of sensors (e.g., gyros, wind sensors, motion reference units) in providing data to the DP system.
6. DP Operational Procedures
- Gain knowledge of standard DP operational procedures, including start-up, shutdown, and change of mode procedures.
- Learn the importance of checklists and communication protocols during DP operations.
- Understand common failure modes in DP systems and how they can affect operations.
- Learn about redundancy principles in DP design and the importance of backup systems for safe operations.
8. Practical Simulation Exercises
- Apply theoretical knowledge through practical simulation exercises using DP consoles.
- Practice basic DP operations, such as holding position, maneuvering, and managing environmental forces.
9. Risk Management and Safety in DP Operations
- Learn the importance of risk assessment and safety procedures in DP operations.
- Understand how to manage operational risks, including contingency planning and emergency procedures.
The course aims to provide participants with a solid foundation in DP theory and system functionality, preparing them for the next stage of training—DP Simulator Course, where more advanced operational skills are developed.
DURATION
5 Days
VALIDITY
5 Years
ASSESSMENT METHODS
Written Examinations
Practical Exercises
TARGET AUDIENCE
Individuals who are starting their training to become certified DP Operators (DPOs).
ENTRY REQUIREMENTS:
The participants should be certified under the STCW regulation II/1 – II/2 – II/3 Deck AND III/1 – III/2 – III/3 Engine AND Has a valid National Certificate of Competency. An endorsement from the company confirming that the training is to become a marine deck officer or marine engineer is a must.
TRAINING PRE-REQUISITE
N/A
The Dynamic Positioning (DP) Induction Course is the first phase in the training for becoming a certified DP Operator (DPO). The primary objectives of the course are to provide participants with an understanding of Dynamic Positioning systems and their operational principles. The course focuses on theoretical and practical knowledge necessary for safe and efficient DP operations.
Here are the key objectives of the training:
- Introduction to Dynamic Positioning
- Understand the basic concepts and components of a DP system, including the role of position reference systems, sensors, and thrusters.
- Learn the history and development of DP technology and its importance in modern offshore operations.
2. DP System Components and Functionality
- Gain knowledge of key DP components such as control systems, thrusters, power management systems, and sensor inputs.
- Understand how different subsystems interact to maintain the vessel’s position and heading.
3. Principles of DP Operations
- Learn the operational principles of DP, including how vessels maintain position and heading using thrusters, propellers, and rudders.
- Understand the factors that influence DP performance, such as environmental forces (wind, current, and waves).
4. Operational Modes and DP Control
- Familiarize with various DP operational modes (manual, auto, joystick) and when each mode is used during operations.
- Learn how to monitor and control the vessel’s position using DP control consoles
5. Position Reference Systems and Sensors
- Understand the different types of position reference systems (e.g., GPS, acoustic beacons, laser systems) used in DP operations.
- Learn the role of sensors (e.g., gyros, wind sensors, motion reference units) in providing data to the DP system.
6. DP Operational Procedures
- Gain knowledge of standard DP operational procedures, including start-up, shutdown, and change of mode procedures.
- Learn the importance of checklists and communication protocols during DP operations.
- Understand common failure modes in DP systems and how they can affect operations.
- Learn about redundancy principles in DP design and the importance of backup systems for safe operations.
8. Practical Simulation Exercises
- Apply theoretical knowledge through practical simulation exercises using DP consoles.
- Practice basic DP operations, such as holding position, maneuvering, and managing environmental forces.
9. Risk Management and Safety in DP Operations
- Learn the importance of risk assessment and safety procedures in DP operations.
- Understand how to manage operational risks, including contingency planning and emergency procedures.
The course aims to provide participants with a solid foundation in DP theory and system functionality, preparing them for the next stage of training—DP Simulator Course, where more advanced operational skills are developed.