COURSES OFFERED > OPITO PRODUCT > BASIC EMERGENCY RESPONSE
Tropical Helicopter Underwater Escape Training (T-HUET)
Product Code: 5195
COURSES OFFERED> OPITO PRODUCT> BASIC EMERGENCY RESPONSE
Tropical Helicopter Underwater Escape Training (T-HUET)
Product Code: 5195
The Tropical Helicopter Underwater Escape Training (T-HUET) course is designed to prepare offshore personnel for emergencies while traveling by helicopter to and from offshore installations in a tropical environment.
The key objectives of the T-HUET course typically include:
- Familiarization with Helicopter Safety Procedures:
Participants learn the safety protocols associated with helicopter transportation to and from offshore facilities, including pre-flight checks and emergency procedures.
2. Understanding Underwater Escape Techniques:
The course trains participants on how to effectively exit a submerged helicopter, including techniques for locating exits, managing panic, and navigating underwater obstacles.
3. Use of Safety Equipment:
Familiarize trainees with the operation and use of personal flotation devices (PFDs), helicopter safety gear, and emergency equipment.
4. Developing Situational Awareness:
The course emphasizes the importance of situational awareness during emergencies, helping participants recognize potential hazards and make informed decisions during critical situations.
5. Simulation of Realistic Scenarios:
Participants engage in realistic training exercises that simulate emergency scenarios, enhancing their ability to respond effectively and confidently in actual situations
6. Evacuation Methods and Procedure:
Participants will be engage in realistic simulation of sea survival techniques.
These objectives aim to enhance the safety and preparedness of personnel traveling by helicopter to offshore locations, ultimately reducing the risk of injury and improving overall safety in the offshore energy sector.
DURATION
1 Day
VALIDITY
4 Years
ASSESSMENT METHODS
Written Examinations
Practical Exercises
TARGET AUDIENCE
Individuals who are currently working in offshore oil and gas, renewable energy, or maritime industries in a tropical environment.
ENTRY REQUIREMENTS
Learners must meet basic medical fitness requirements such as:
A. A valid, current offshore medical certificate
OR
B.
An employing company approved medical certificate equivalent to an offshore medical certificate
OR
C.
Undergoes medical screening by completing an appropriate medical screening form provided by IMOSTI, Inc.
TRAINING PRE-REQUISITE
N/A
The Tropical Helicopter Underwater Escape Training (T-HUET) course is designed to prepare offshore personnel for emergencies while traveling by helicopter to and from offshore installations in a tropical environment.
The key objectives of the T-HUET course typically include:
Participants learn the safety protocols associated with helicopter transportation to and from offshore facilities, including pre-flight checks and emergency procedures.
2. Understanding Underwater Escape Techniques:
The course trains participants on how to effectively exit a submerged helicopter, including techniques for locating exits, managing panic, and navigating underwater obstacles.
3. Use of Safety Equipment:
Familiarize trainees with the operation and use of personal flotation devices (PFDs), helicopter safety gear, and emergency equipment.
4. Developing Situational Awareness:
The course emphasizes the importance of situational awareness during emergencies, helping participants recognize potential hazards and make informed decisions during critical situations.
5. Simulation of Realistic Scenarios:
Participants engage in realistic training exercises that simulate emergency scenarios, enhancing their ability to respond effectively and confidently in actual situations
6. Evacuation Methods and Procedure:
Participants will be engage in realistic simulation of sea survival techniques.
These objectives aim to enhance the safety and preparedness of personnel traveling by helicopter to offshore locations, ultimately reducing the risk of injury and improving overall safety in the offshore energy sector.