SSI Decompression Diving Speciality (Bali)

SSI Decompression Diving Speciality (Bali) Course
Price: $

SSI Decompression Diving Specialty Course

Take your diving to the next level with the SSI Decompression Diving Specialty course! This course is perfect for divers who want to extend their bottom time and explore the amazing world of decompression diving.

During the SSI Decompression Diving Specialty course, you will learn about dive planning, gas management, and emergency procedures for decompression diving. You will also have the opportunity to practice your skills in a controlled environment with the guidance of a certified SSI instructor.

Upon completion of the SSI Decompression Diving Specialty course, you will be able to safely plan and execute decompression dives to a maximum depth of 40 meters. This course is the perfect way to take your diving to the next level and explore the amazing underwater world!

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SSI Decompression Diving Speciality (Bali) Essentials

This Decompression Diving Speciality course will teach you the essential skills and knowledge to safely dive using decompression devices. You will learn how to safely plan and execute dives using decompression devices, how to manage your gas supply, and how to deal with emergency situations. This course is perfect for divers who want to extend their dive limits and explore the amazing world of decompression diving.

  • Prerequisites

    • Be at least 16 years of age or older
    • Be a certified diver
    • Have logged at least a total of 24 dives
    • Have SSI Deep Diving, SSI Enriched Air Nitrox 40 certifications or equivalent certification from a recognised training agency
    • Have SSI Recreational Sidemount Diving certification for students using a sidemount configuration
    • Have a complete set of recreational scuba diving equipment with appropriate D-rings for stage cylinder attachment
    • OR have a complete sidemount equipment system
    • *Highly recommend students to take the SSI Science of Diving certification prior to this course
  • Includes

    • SSI Decompression Diving Course Materials
    • SSI Decompression Course e-Card Certification

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SSI Decompression Diving Speciality (Bali) Components

The SSI Decompression Diving Specialty course in Bali is a 4-day course that covers the theory and practical skills needed for safe decompression diving. The course includes lectures and practical sessions on dive planning, gas management, decompression theory and dive safety, as well as 4 open water dives to depths of up to 40 metres. Upon successful completion of the course, students will be certified as SSI Decompression Divers and will be able to safely plan and execute decompression dives.

Theory class

Bali Diving Courses Theory Classroom

Practical Pool Session

Dive Instructor Journey
Diving Course Bali Pool Compound
Bali Diving Course Pool Equipment Area

Open Sea Dives

Divers on the surface of water ready to dive.
Diving Course Open Water Component
Bali Diving Course Open Water Component 2

Why Learn SSI Decompression Diving Speciality (Bali)

When it comes to diving, safety is always the number one priority. Decompression diving is a specialized skill that requires extra training and experience. The SSI Decompression Diving Specialty course in Bali is the perfect way to learn this essential skill. Here are five reasons why:

1. The course is taught by experienced and certified instructors.

The SSI Decompression Diving Speciality course is designed to give divers the skills and knowledge necessary to safely and effectively plan and execute decompression dives. The course is taught by experienced and certified instructors who are familiar with the unique challenges of decompression diving and who can provide students with the latest information and techniques.

2. You will learn how to safely plan and execute decompression dives.

The SSI Decompression Diving Specialty (Bali) is a great way to learn how to safely plan and execute decompression dives. This course will teach you the skills and techniques needed to safely decompress from a dive, and will also give you the opportunity to practice these skills in a safe and controlled environment.

3. The course includes both classroom and in-water training.

The SSI Decompression Diving Speciality (Bali) course is designed to train divers in the use of decompression devices and procedures. The course includes both classroom and in-water training. The in-water training includes both open water and confined water dives. The course is taught by experienced instructors who are familiar with the conditions in Bali.

4. You will have the opportunity to practice your skills in a safe and controlled environment.

The SSI Decompression Diving Speciality (Bali) is a great way to get hands-on experience in a safe and controlled environment. You will have the opportunity to practice your skills and learn about different decompression diving techniques. This speciality is perfect for those who want to learn more about decompression diving and how to safely dive in this type of environment.

5. Upon completion of the course, you will receive an SSI Decompression Diving Specialty certification.

The SSI Decompression Diving Specialty certification demonstrates that you have the skills and knowledge to safely and effectively conduct decompression dives. This certification is valuable for both recreational and professional divers who want to extend their depth limits and explore the wonders of the deep.

SSI Decompression Diving Speciality (Bali) Topics

Decompression diving theory
Decompression diving procedures

Decompression diving, also called technical diving, is a type of diving that requires the use of specialised equipment and procedures to safely dive at depths greater than 60 feet (18 metres). Technical diving is often done in environments where the risk of decompression sickness (DCS) is high, such as in caves or wrecks.

Decompression diving procedures are used to safely return divers to the surface without experiencing DCS. These procedures involve stops at different depths, called decompression stops, where the diver remains for a period of time to allow the body to adjust to the change in pressure.

Divers must be properly trained in decompression diving procedures and use the proper equipment in order to safely dive at these depths.

Decompression diving safety

Divers can experience a condition called decompression sickness (DCS) if they ascend too quickly from a deep dive. DCS occurs when dissolved gases come out of solution in the blood and form bubbles, which can block blood vessels and cause tissue damage.

The SSI Decompression Diving Specialty course will teach you how to safely plan and execute decompression dives using tables or a dive computer. You will also learn about dive physiology and how to recognize and treat DCS.

Decompression diving emergency procedures

Decompression diving is a type of scuba diving where a diver ascends and descends more slowly than in traditional scuba diving in order to avoid the formation of harmful bubbles in the body. Decompression diving is often done in order to extend the amount of time a diver can spend underwater, and it is often done in areas where the underwater environment is particularly fragile or delicate.

If a decompression diving emergency occurs, the first thing a diver should do is stop ascending or descending. The diver should then check their depth gauge and start a slow ascent to the surface, making sure to stop at regular intervals to allow the body to adjust to the changing pressure. If the diver feels any pain or discomfort, they should stop ascending and seek medical help as soon as possible.

Decompression diving physiology

Decompression diving, or more specifically, decompression sickness (DCS) is a condition that can occur when a scuba diver ascends too quickly from depth. DCS occurs when dissolved nitrogen in the blood forms bubbles, which can block blood vessels and cause pain, paralysis, and even death.

While diving, the body is constantly exposed to high pressure, which forces nitrogen into the blood. When a scuba diver ascends, the pressure decreases and the nitrogen bubbles begin to form. If the ascent is too quick, the bubbles can grow large enough to block blood vessels and cause serious problems.

There are several factors that can contribute to DCS, including the depth and duration of the dive, the rate of ascent, and the type of gas the diver is using. Nitrogen is the most common gas involved in DCS, but it can also occur with other gases, such as helium and oxygen.