


Advanced Open Water
Go Deeper. Dive Further. Explore More.
Service Description
Ready to take your diving beyond the basics? The SSI Advanced Open Water Diver program is designed for certified divers who want to expand their experience, improve their skills, and discover new ways to explore the underwater world. At Red Sea Marine Diving Center in Naama Bay, Sharm El Sheikh, you'll develop your diving skills under the guidance of an experienced SSI instructor while experiencing some of the incredible diving the Red Sea has to offer. The program gives you the opportunity to explore different types of diving and build experience in areas that interest you. Depending on your experience, goals, and the conditions, your training can introduce you to deeper diving, navigation, buoyancy, night diving, wrecks, and other exciting areas of recreational scuba diving. Rather than simply collecting another certification, our approach is focused on helping you become a more comfortable, capable, and independent diver. Your instructor will help you refine your buoyancy, improve your awareness underwater, and develop better dive planning and problem-solving skills. Sharm El Sheikh is an ideal place to continue your diving education. From the reefs of the Strait of Tiran and Ras Mohammed to walls, pinnacles, wrecks, and rich marine life, the Red Sea provides a variety of environments where experienced divers can continue learning while enjoying some truly memorable dives. At Red Sea Marine, we keep our groups small and our training personal. Your instructor can adapt the experience to your existing skills, comfort level, and diving interests rather than treating every diver exactly the same. If you've completed your SSI Open Water Diver certification and are ready for your next challenge, the Advanced Open Water program is an excellent opportunity to gain experience, explore new diving environments, and continue developing as a diver. Take your diving further, explore more of the Red Sea, and keep building your confidence beneath the surface.



