Offshore Installation Manager (OIM)

Purpose

The OIM course aligns with the International Maritime Organization's Resolution A.1079(28), adopted on December 4th, 2013. It is specifically designed for non-propulsion vessels like Construction, Pipe-lay, and Accommodation barges, as well as Semisub and Jackup drilling units, which rely on anchors for positioning.

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This course is accessible to mid-level to higher-level offshore rig workers and holds approval from the Liberia Flag State (LISCR).

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Additionally, candidates must complete the BCO course (MOU Stability) and attain at least IWCF Well Control Level 2 certification to qualify for an OIM role.

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The main objective of the course is to equip both aspiring and current MOU OIMs with the necessary skills to effectively manage a MOU under various operating conditions. It covers a range of scenarios including transit, ballasting, positioning, jacking, and emergencies such as loss of control, specifically tailored for mobile offshore bottom-bearing, self-elevated units like Jack-up Rigs. Successful completion of the course ensures competence to the standard required by the IMO for OIMs of MOUs.

Prerequisite

1: Accumulate four years of experience serving aboard MOUs, with a minimum of one year in roles such as driller, assistant driller, toolpusher, assistant toolpusher, barge supervisor, mechanical supervisor, electrician, crane operator, ballast control operator, or similar supervisory positions on MOUs.

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OR

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2: Possess a Bachelor of Science degree from an accredited school of technology and have at least one year of experience in roles such as driller, assistant driller, toolpusher, assistant toolpusher, barge supervisor, mechanical supervisor, electrician, crane operator, ballast control operator, or equivalent supervisory positions on MOUs.

Course Content

1. Stability and Construction: OIM          

   • Principles of Construction: Understanding foundational concepts in construction.

   • Static and Dynamic Stability of MOUs: Exploring theoretical aspects and practical factors influencing stability, including trim, stability calculations, and regulatory requirements.

   • Effects of Damage and Flooding: Addressing potential damage scenarios and the importance of maintaining watertight integrity.

   • Loading and Ballasting: Managing stresses through proper loading and ballasting techniques.

   • Structural Integrity: Identifying key structural components and conducting periodic inspections to ensure safety.

   • Effects of Mooring System: Analyzing how mooring systems impact stability.

   • Preloading and Leg Reaction Stresses: Understanding stresses specific to self-elevating MOUs.
      

2. Station-keeping, Mooring, and Dynamic Positioning: OIM

   • Seabed Composition: Studying characteristics of the seabed.

   • Mooring System Behavior: Understanding forces at play and environmental effects.

   • Consequences of System Failure: Addressing potential outcomes and mitigation strategies.

   • Dynamic Positioning Principles: Exploring capabilities, limitations, and system components.
      

3. Transit Operations

   • Collision Regulations: Understanding regulations governing vessel collisions.

   • Navigation and Navigational Aids: Utilizing appropriate tools for safe navigation.

   • Towing Procedures: Learning proper procedures for towing and recovery.
      

4. Emergency Procedures and Safety Equipment

   • Life-saving and Firefighting Procedures: Practicing drills and maintaining equipment.

   • Communication Protocols: Establishing effective communication channels.

   • Precautions for Heavy Weather: Taking necessary precautions to ensure safety.

   • Evacuation and Crisis Management: Planning for emergencies and managing crisis situations.
      

5. Personnel Transfers

   • Safety Precautions: Ensuring safety during personnel transfers via various means.
      

6. Handling and Stowage of Supplies

   • Safe Handling Practices: Properly handling equipment, supplies, and dangerous goods.

   • Crane Operations: Conducting inspections and adhering to safety protocols.

   • Loading and Discharge Procedures: Following guidelines for loading and unloading operations.
      

7. Pollution Prevention and Control

   • Prevention Systems: Installing and operating pollution prevention systems.

   • Control Procedures: Implementing procedures to control pollution incidents.
      

8. Meteorology

   • Understanding Weather Systems: Studying different weather patterns and their characteristics.

   • Application of Meteorological Information: Using weather data to ensure safety.

   • Impact of Weather on MOU Limits: Recognizing how weather conditions affect operational limits.
      

9. Safe Working Practices

   • Occupational Safety: Prioritizing safety, health, and hygiene.

   • Hazard Management: Identifying and managing hazards in the workplace.

   • Permit Procedures: Obtaining necessary permits for work activities.

   • Training and Communication: Providing training and fostering effective communication.

   • Safety Equipment Inspection: Regularly inspecting safety equipment for compliance.
      

10. Regulatory and certification requirements, including an appreciation of international and national regulations and recommendations affecting operations; and
     

11. Industrial operations as they relate to maritime safety, including appreciation of the interrelationship between marine operations and specific industrial activities, including, where appropriate, the following:
     

       1. Drilling and maintenance, where appropriate, of wells;
       2. Construction and offshore maintenance and repair;
       3. Production;
       4. Accommodation support;
       5. Lifting operations;
       6. Pipe-laying;
       7. Diving; and
       8. Firefighting support.