Important Note: This course is delivered as a fully-virtual, instructor-led training using Microsoft Teams. Practical assessment for these courses are delivered virtually, via a cloud-based Well Control Simulation program (where required). To give an understanding of the theory of ship
Learning Category: Ship Handling
Stability for Drillship & Semisubmersible Rigs e-learning
Ballast Control & Stability L4 Refresher
Provide a practical training experience in the operation of a ballast control room in simulated emergency situations. The emergency simulations can include, but will not be limited to: collision Loss of watertight integrity blackout (local & total) equipment failure shift
Engine Room Resource Management Blended
The purpose of this course is to reduce the risk of accidents at sea. We focus on casualty prevention and human error, but also on increasing operational uptime and daily efficiency. In a simulator we train the officers in handling
STCW A-II/1-2 Bridge Resource Management
Wilson Sons Ship to Ship Maneuvering
Ship Handling for Offshore Vessels
Operation with Dangerous Goods in Waterways Work EOCA
Stability for Offshore Vessels Virtual
To give an understanding of the theory of ship stability related to the external forces caused by anchor handling, heavy lifts in the supply vessels. The course covers the IMO stability requirements generally and for offshore vessels. The immediate actions
Bridge Resource Management 3 days
The purpose of this course is to reduce the risk of accidents at sea. We focus on casualty prevention and human error, but also on increasing operational uptime and daily efficiency. In a simulator, we train the officers in handling
Stability for Offshore Vessels
To give an understanding of the theory of ship stability related to the external forces caused by anchor handling, heavy lifts in the supply vessels. The course covers the IMO stability requirements generally and for offshore vessels. The immediate actions
Ballast Control & Stability L3 Simulation
Comprehensive stability instruction utilizing full-motion simulators to replicate extreme wind and sea conditions and emergency situations. The course covers: Collision Loss of watertight integrity Blackout (local and total) Equipment failure Shift of cargo Severe weather Mooring failure