Seafish Advanced Stability
Seafish Advanced Stability
This course is the next step following the Seafish Stability Awareness for Experienced Fishermen course. The Advanced Stability Awareness course is essential for anyone working towards the Under 16.5m Skippers Certificate at both restricted (within 20 miles) and unrestricted (beyond 20 miles) levels. Completion of the intermediate course is required before enrolling.
Upon finishing this course, you will understand:
How poor vessel stability contributes to fatalities in the fishing industry
Risk concepts including the ALARP principle, ‘Event and Consequence’, and the Risk Spectrum
The skipper’s responsibilities in managing stability risks
Event chains through event and consequence diagrams
How vessel weight and shape affect stability
Stability in both ballast stable and form stable boats
Initial (GM) and static stability (GZ) concepts
Methods to monitor stability risks
Managing risks from external forces, transverse weight movement, the FSE, upward weight shifts, and vessel condition
Maintaining vessel watertight and weathertight integrity to reduce risk
Managing vessel condition and modifications to preserve stability
How to monitor and maintain stability during fishing operations
The role of fishing vessel stability books in managing stability risks
The role of regulations and regulatory bodies in fishing vessel stability
The course concludes with a short test: 20 short answer questions worth two marks each, plus one essay question worth 10 marks. This one-day Seafish certified course is held at a local venue for practical assessment, as well as at our Marine Academy at Noss Marina. If you apply for a Seafish course through the college, you will be charged the full rate. Funding may be available from Seafish — please contact Seafish before applying if you think this applies to you.
You should have a genuine interest in this subject
How poor vessel stability links to deaths in the fishing industry
Risk, the ALARP principal, ‘Event and Consequence’ and the Risk Spectrum
The responsibilities of the skipper in respect to managing stability risks
Event chains using event and consequence diagrams
How weight and the shape of a vessel contributes to vessel stability
The stability of both ballast stable and form stable boats
Initial (GM) and static stability (GZ)
The methods used to monitor risks to stability
The risks posed by external forces, the transverse movement of weight, the FSE and the up-ward movement of weights and the condition of a vessel are managed
How vessel watertight and weathertight integrity is managed to minimise risk
How vessel condition and modifications are managed to maintain stability
How to monitor and maintain the stability of a vessel during fishing operations
How fishing vessel stability books manage the stability risk on fishing vessels
The role of regulation and the regulatory organisations concerned with fishing vessel stability












