• Aware of the relevant regulations regarding offshore helidecks.
• Familiar with use and Limitation of emergency equipment.
• Capable of identifying type of helicopter, their specific requirements & hazards.
• Aware of helideck best practices and able to adhere to them.
• Able to use & maintain helideck equipment’s.
• Well versed with helideck design, markings & signaling systems.
• Able to respond to emergency situation under supervision.
• Capable of assisting in helicopter refueling.

• Aware of the relevant regulations regarding offshore helidecks.
• Familiar with use and Limitation of emergency equipment.
• Capable of identifying type of helicopter, their specific requirements & hazards.
• Aware of helideck best practices and able to adhere to them.
• Able to use & maintain helideck equipment’s.
• Well versed with helideck design, markings & signaling systems.
• Able to respond to emergency situation under supervision.
• Capable of assisting in helicopter refueling.

One of the primary responsibilities of an SSO is to develop, implement, maintain, and supervise the Ship Security Plan (SSP). The course provides comprehensive training on how to create and manage these plans, ensuring that vessels are well-prepared to respond to security threats and incidents.

Furthermore, the course focuses on threat identification, vulnerability assessment, and the evaluation of security risks. SSOs learn how to recognize potential security threats, assess vulnerabilities in shipboard operations, and conduct risk assessments.

This knowledge is crucial for developing robust security measures and response protocols to protect the
ship, its crew, passengers, and cargo. Compliance with international standards is a core component of the training, aligning with the Mandatory Minimum Requirements for the Issue of Certificates of Proficiency for Ship Security Officers, as outlined in STCW A-VI/5 and the IMO Model Course 3.19. This ensures that individuals completing the course are well-prepared to meet the highest standards of maritime security and safety.

In conclusion, the STCW Ship Security Officer online course plays a pivotal role in fostering maritime security by training individuals to effectively manage Ship Security Plans and respond to security threats. This training is not only essential for regulatory compliance but also for safeguarding vessels and maritime operations in an increasingly complex security landscape.

The STCW Ship Security Officer online course is a critical training program designed to equip individuals with the
knowledge and skills necessary to assume the role of a Ship Security Officer (SSO) effectively. This course covers a wide range of topics essential for maintaining maritime security.

• Definition of confined space
• Hazards and Dangers associated with confined spaces
• Characteristics of confined space
• Safe operating procedures in confined spaces
• Duties of the support personnel for confined spaces
• Understand the Permit to work system (PTW)
• Practical confined space entry/rescue (horizontal and vertical).
• Emergency procedures and rescue of personnel in confined spaces
• Inspection, donning, doffing, and use of Self Contained Breathing Apparatus (SCBA) or Supplied Air System (SAS) in normal operation and in emergency rescue conditions.

• Definition of confined space
• Hazards and Dangers associated with confined spaces
• Characteristics of confined space
• Safe operating procedures in confined spaces
• Duties of the support personnel for confined spaces
• Understand the Permit to work system (PTW)
• Practical confined space entry/rescue (horizontal and vertical).
• Emergency procedures and rescue of personnel in confined spaces
• Inspection, donning, doffing, and use of Self Contained Breathing Apparatus (SCBA) or Supplied Air System (SAS) in normal operation and in emergency rescue conditions.

• The physical properties and characteristics of H2S
• Measurement and the OEL/WEL of H2S
• The physiological effects of exposure to H2S
• How H2S is detected and the use of onsite & personal detection equipment
• Actions to be taken in the event of an alarm
• Escape breathing apparatus (EBA) & Self-contained breathing apparatus (SCBA)
• The role of response teams in an H2S Emergency and their use of SCBA.

• The physical properties and characteristics of H2S
• Measurement and the OEL/WEL of H2S
• The physiological effects of exposure to H2S
• How H2S is detected and the use of onsite & personal detection equipment
• Actions to be taken in the event of an alarm
• Escape breathing apparatus (EBA) & Self-contained breathing apparatus (SCBA)
• The role of response teams in an H2S Emergency and their use of SCBA.