This qualification is suitable for people who work in the maritime industry as an Engineer Watchkeeper on a seagoing ship powered by main propulsion machinery of any propulsion power in any operating area.
Total number of units = 17 units
17 core units
Core units | |||
Field | |||
A | Handling Cargo and Vessel Stability | Contribute to safe cargo operations on liquefied gas tankers | |
Contribute to safe cargo operations on oil and chemical tankers | |||
E | Communication | Communicate effectively when performing engineering duties | |
F | Operational Quality and Safety | Work safely in confined spaces on a vessel | |
J | Environment | Ensure compliance with environmental management legislation | |
L | Marine Engineering | Apply basic principles of marine electrotechnology | |
Apply basic principles of marine engineering thermodynamics | |||
Apply basic principles of marine mechanics | |||
Apply basic principles of naval architecture | |||
Demonstrate basic knowledge of marine auxiliary boilers | |||
Demonstrate basic knowledge of marine auxiliary machinery and systems | |||
Demonstrate basic knowledge of marine control systems and automation | |||
Demonstrate basic knowledge of marine diesel engines and systems | |||
Demonstrate basic knowledge of marine electrical systems | |||
Demonstrate basic knowledge of marine steam turbines and main boilers | |||
Demonstrate basic knowledge of ships and ship routines | |||
Perform basic marine engineering calculations | |||
Pathways into the qualification
MAR40113 Certificate IV in Maritime Operations (Chief Integrated Rating)
MAR50113 Diploma of Maritime Operations (Marine Engineering Class 3)
Pathways from the qualification
MAR60113 Advanced Diploma of Maritime Operations (Marine Engineering Class 2)
There are no entry requirements for this qualification.
This qualification is currently cited as meeting some of the requirements for certification as an Engineer Watchkeeper by the Australian Maritime Safety Authority (AMSA).
Certification will require achievement of the MAR50213 Diploma of Maritime Operations (Engineer Watchkeeper) and other requirements; people seeking certification should check with AMSA.
The following table contains a summary of the employability skills as identified by the maritime industry for this qualification. This table should be interpreted in conjunction with the detailed requirements of each unit of competency packaged in this qualification. The outcomes described here are broad industry requirements that may vary depending on packaging options. | |
Employability Skill | Industry/enterprise requirements for this qualification include: |
Communication | Communicate effectively verbally and in writing Read and interpret written information needed to perform basic marine engineering tasks Use non-verbal communication appropriately when working and communicating with others |
Teamwork | Identify difficult situations and negotiate solutions using a collaborative approach Use appropriate strategies to foster the trust and confidence of stakeholders Work safely and collaboratively with others when entering and working in a confined space |
Problem-solving | Identify and suggest ways of rectifying faults and malfunctions in control systems on commercial vessels Recognise problems and hazards that can arise when managing safety on a liquefied gas tanker, take appropriate remedial action and initiate appropriate solutions Resolve misunderstandings in written and verbal communication |
Initiative and enterprise | Act on becoming aware of a hazardous situation Obtain and use regular feedback to enhance positive relations Report opportunities and recommendations for improvements |
Planning and organising | Ensure environmental monitoring and management plans are implemented Identify, collate and process information required to prepare verbal and written reports Monitor the implementation of environmental management plans, policy and procedures, and specified work methods |
Self-management | Assess own work outcomes and maintain knowledge of current codes, standards, regulations and industry practices Clarify own scope of authority/responsibility for achieving specific environmental outcomes for the vessel and the roles of other key personnel Seek Master’s advice when challenges are beyond own scope of technical competence or when input from environmental specialist may be required |
Learning | Develop and provide information and training to ensure all crew members understand their environmental obligations/responsibilities Effectively provide feedback, instruction and training on work performance to engine room crew according to vessel procedures and established engineering practice Use environmental management plans and recent incident reports to identify training needs of crew members |
Technology | Use a calculator to resolve marine engineering problems Use atmospheric detection equipment and interpret the readings Use computer and relevant equipment to enter, access and retrieve engineering information |
