Familiarization with ISM International Safety Management Code for Maritime and Offshore Oil & Gas

Introduction:

The International Maritime Organization (IMO) introduced the ISM Code to the maritime and offshore oil and gas industry in 1998. This regulation is mandatory for various cargo ships and mobile offshore drilling units (MODUs) and plays a vital role in protecting seafarers from occupational hazards.

This course on the ISM International Safety Management Code and its application in the offshore oil and gas sector provides learners with an in-depth understanding of the ISM Code. Given the industry's development level, knowledge of how to implement the ISM Code is essential for enhancing safety and insurance within this framework.

Objectives:

Upon completion of the ISM International Safety Management Code and Offshore Oil and Gas course, participants will be able to:

• Define and describe the concept of maritime safety with direct application to the ISM Code in offshore oil and gas.
• Evaluate the influence of cross-border regulatory frameworks on activities at sea, including offshore oil and gas operations.
• Assess the ISM Code and its recent developments in achieving stated objectives.
• Identify the compliance burdens that companies face under the ISM Code.
• Examine the three primary activities: risk evaluation, incident review, and assessment and coordination.

Training Methodology:

• Interactive lectures
• Writing exercises
• Group discussions
• Industry case studies
• Q&A sessions
• Situational problem-solving
• Examinations and tests

Course Outline

Unit 1: The History of the Development of the International Safety Management (ISM) Code

• Chronology of sea safety management
• Basis of the ISM Code
• The ISM Code within maritime legislation – Safety of Life at Sea (SOLAS)
• Key stakeholders in the ISM Code
• Legal and insurance issues

Unit 2: The Purpose, Organization, and Content of the ISM Code

• Elements of the ISM Code
• Foreword
• Part A – General responsibilities for compliance with the ISM Code
• Part B – Significant changes and evidence of evaluation
• Safety Management Certificate (SMC) and Document of Compliance (DOC)
• Stages of ISM Code Certification: a stepwise approach to full-term certification

Unit 3: Responsibilities of Company, Authority, and Obligations of Management

• Managerial aspects of offshore oil and gas operations
• Safety Management System (SMS)
• Designated Person Ashore (DPA)
• Responsibilities, authorities, and accountability of the DPA
• Responsibilities and authorities related to the Master’s Return: ISM Code practices

Unit 4: Operational Safety Management – Activities Onboard the Ship

• Required functions of any SMS
• Foundations of a Positive Management System
• Importance of SMS for all parties involved in shipping operations

Unit 5: Risk Assessment and Management:

• Know about incident investigation, event, and causal factors.
• Hazard identification techniques.
• Risk assessment qualitative and quantitative methods.
• Measures for risk reduction.
• Developing a Safety Culture.
• Perform internal audits and ensure effective communication.

Conclusion:

The ISM international safety management code for maritime and offshore oil and gas course underscores the critical role of ISM certification in ensuring safety within the offshore oil and gas industry. As participants delve into offshore oil and gas training, they grasp the significance of adhering to ISM principles in mitigating risks inherent in this sector.

Understanding the ISM code definition becomes paramount, as it is a guiding framework for maintaining safety standards and operational integrity. Through this comprehensive ISM code training course, individuals gain proficiency in implementing safety protocols and safeguarding personnel and assets.

An ISM certificate signifies mastery of international safety management practices, validating one's commitment to upholding industry standards. The ISM code is pivotal in promoting a safety culture within the offshore oil and gas industry, fostering resilience and sustainability in operations.