Chief Engineer Officer, less than 3000 kW, less than 500 GT, unlimited area, STCW Regulation III/3, Oral Examination Syllabus
Published 11 June 2018
- Understand the reason for determining voyage needs; fuel, lubricants, water, stores, expendables.
- Understand the necessity for routine maintenance and the reasons for maintaining records of machinery and its performance.
- Understand the consequences of sailing with certain items of machinery inoperative and the risks involved in doing so.
- Understand the (Chief Engineer’s) responsibilities and duties concerning bunkering or refuelling operations.
- The methods of dealing with fire on board ship. Prevention of the spread of fire. The organisation and direction of fire-fighting and lifesaving parties.
- Care and management of steering systems and bow thrusters.
- Care and management of pumping systems.
- Care and management of oily water separator equipment.
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- Construction, maintenance and operation of fire-fighting equipment
- Fire detection and prevention.
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- Codes of safe working practices, risk assessment, permit to work (entry into enclosed space, hot work, electrical work).
- The dangers of entering enclosed spaces.
- Routine operational duties and the effect of legislation on engine room operations.
- Working principles and constructional details of marine engines, gears, clutches and ancillary equipment.
- Fuel oil, lubrication oil, and cooling systems of marine engines together with ancillary systems including filters, pumps, heat exchangers and controls.
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- Methods of manoeuvring, including bridge control systems, variable pitch propellers and bow thrusters.
- Emergency controls.
- Working principles and constructional details of air compressors, air receivers and associated equipment.
- Operational testing and fault rectification of basic control systems and alarm panels.
- Safe and efficient operation and maintenance of marine engines and propulsion systems.
- Knowledge of MARPOL Annexes and implementations.
- Principles of stability, water tight and watertight integrity, free surface effect and reserve buoyancy.
- Basic understanding of ISM.