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COMPETENCE
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KNOWLEDGE, UNDERSTANDING AND PROFICIENCY
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METHODS FOR DEMONSTRATING COMPETENCE
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CRITERIA FOR EVALUATING COMPETENCE
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Aerodynamic and hydrodynamic
principles applicable to WIG craft
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Knowledge of theoretical base of aero-
and hydro-dynamic theory of WIG craft. Classification of supporting forces,
aero-hydro static and dynamic forces.
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Examination
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Correct understanding of
fundamental theory and the skill to competently apply that knowledge in the
operation of a WIG craft.
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Understanding of physics of planning,
formation of a lift force on a wing, static and dynamic air cushion, the
phenomenon of a ground effect and the effect of altitude on its action.
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Knowledge of operational modes of a WIG
craft and the forces acting on structural elements of WIG craft in the various
modes.
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Knowledge of basics of buoyancy,
stability, subdivision, resistance, seaworthiness, maneuverability, roll and
motion stability of WIG craft.
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Structure, construction and
maintenance of WIG craft
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Knowledge of all structural elements of
a WIG craft and of the factors influencing their maintenance in working
condition.
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Examination
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Skill to competently apply the required
knowledge in the operation of a WIG craft.
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Knowledge of the general arrangement of a
WIG craft, including the location and function of significant components and
accessibility / maintenance requirements.
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Knowledge and operation of WIG craft
engines, machinery and systems including fuel, electrics, hydraulics, air
conditioning, steering, control surfaces and, where fitted, air cushion
supplementation.
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Plant, auxiliary machinery,
equipment and control systems are operated in accordance with technical
specifications and within safe operating limits at all times.
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Knowledge of refueling/bunkering
operations.
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Features of planning and
conduct of a voyage and position determination
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Navigation of a WIG craft
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Examination and assessment
of evidence obtained from one or more of the following:
1. approved
in-service experience
2. approved training WIG
craft experience
3. approved simulator training,
where appropriate
4. approved laboratory equipment
training
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The information obtained from
navigational charts and publications is relevant, interpreted correctly and
properly applied. All potential navigational hazards are accurately
identified.
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Within the framework of present laws,
skill to plan a voyage and to conduct local pilotage taking account of the
features of a WIG craft, including operational modes, controllability in each
mode, high speed, capability of movement on shallow water and outside of
shipping lanes established for conventional ships, seaworthiness and weather
limitations, WIG craft-specific hazards (e.g. bird strike), etc.
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Ability to use all available methods of
position fixing for which the WIG craft is equipped. The primary method
selected for fixing the WIG craft's position is the most appropriate to the
prevailing circumstances and conditions.
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Skill in a cruise mode to quickly
determine the position using all methods of positionfixing and navigation for
which the WIG craft is fitted, both traditional and electronic, including
terrestrial, celestial and satellite-based types.
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The position is determined within the
limits of acceptable instrument/system errors.
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Knowledge of legal status of WIG craft
relative to conventional craft within both maritime and aviation jurisdictions
and of operational precautions in place to cover the jurisdictional
interface.
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The reliability of the information
obtained from the primary method of position fixing is checked by other
available methods at appropriate intervals.
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Control systems on a WIG craft
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Calculations and measurements of
navigational information are accurate.
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Knowledge of control systems of engines
and propulsors, and control surfaces for attitude, altitude and heading
including rudders, flaps, ailerons, etc.
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Selection of operational modes
permissible according to the certification of both the officer and the type
categorization of the WIG craft.
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Knowledge of automatic control
systems.
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Selection of the most suitable control
mode and settings for the prevailing weather, sea and traffic conditions and
intended manoeuvres.
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Knowledge of operational procedures and
change-over from manual to automatic control and vice-versa. Adjustment of
controls for optimum performance.
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Meteorological information is correctly
obtained, interpreted and applied.
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Meteorology
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Ability to obtain and apply the relevant
meteorological information taking into account the operational limitations of a
WIG craft.
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Maintain a safe navigational
watch
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Watchkeeping
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Examination and assessment
of evidence obtained from one or more of the following:
.1
approved in-service experience
.2 approved
training WIG craft experience
.3 approved
simulator training, where appropriate
.4 approved
laboratory equipment training
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Knowledge and skills on
watchkeeping to ensure a level of safety on a WIG craft equivalent to that
required in the STCW Code.
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Thorough knowledge of the content,
application and intent of the International Regulations for Preventing
Collisions at Sea, the rights and responsibilities of a WIG craft in relation
to other vessels.
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Knowledge of features of watchkeeping on
a WIG craft.
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Knowledge of effective procedures of WIG
craft bridge team work.
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Knowledge of capabilities of WIG craft to
diverge from traditional patterns of ships operations and operational areas.
Skill to assess a situation and to decide upon an acceptable solution.
Knowledge of the dangers of, or associated with, manoeuvres unique to WIG
craft.
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The use of routeing in accordance with
the General Provisions on Ships' Routeing.
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Knowledge of use of radio for safe
operations under the GMDSS, including VHF as available.
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GOC or ROC as appropriate.
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Use of radar and ARPA
(Automatic Radar Plotting Aids), Electronic Charts Display and Information
Systems (ECDIS) and Automatic Identification of Systems (AIS)
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Radar and electronic navigation
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Assessment of evidence
obtained from approved radar simulator, ARPA, ECDIS and AIS simulator training
plus in-service experience
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Information obtained from
radar, ARPA, ECDIS and AIS is correctly interpreted and analysed taking into
account the limitations of the equipment and prevailing circumstances and
conditions.
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Knowledge of the fundamentals of radar,
ARPA, ECDIS and AIS as installed on a WIG craft.
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Ability to operate such aids and to
interpret and analyse information obtained from this equipment, including the
following:
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Knowledge and skills ensure
level of safety a WIG craft, equivalent to that required in the STCW
Code.
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Performance including:
.1 factors affecting performance and accuracy
.2 setting up and maintaining displays
.3 detection of misrepresentation of information, false echoes,
sea return, etc., racons and SARTs
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Use including:
1. range and bearing; course, speed and identity of other
ships; time and distance of closest approach of crossing, meeting,
overtaking ships
2. identification of critical
echoes; detecting course and speed changes of other ships; effect of changes
in own craft's course or speed or both
3.
application of the International Regulations for Preventing Collisions at
Sea
4. plotting techniques and relative and true
motion concepts
5. parallel indexing
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Knowledge of principal types of
ARPA/ECDIS/AIS on a WIG craft, their display characteristics, performance
standards and the dangers of over reliance on ARPA/ECDIS/AIS.
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Ability to operate and to interpret and
analyse information obtained from displays, including:
1.
system performance and accuracy, tracking capabilities and limitations, and
processing delays
2. use of operational warnings
and system tests
3. methods of target acquisition
and their limitations
4. true and relative
vectors, graphic representation of target information and danger areas
5. deriving and analysing information, critical echoes,
exclusion areas and trial manoeuvres
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Respond to
emergencies
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Emergency procedures
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Examination and assessment
of evidence obtained from one or more of the following:
1. approved in-service experience
2.
approved training WIG craft experience
3. approved
simulator training, where appropriate
4. practical
training
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The type and scale of the emergency is
promptly identified.
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Knowledge of precautions to be taken for
the protection and safety of WIG craft passengers in emergency
situations.
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Initial actions and, if
appropriate, manoeuvring of the craft are in accordance with contingency plans
and are appropriate to the urgency of the situation and nature of the
emergency.
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Knowledge of action to be taken in
emergency landing.
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Knowledge of arrangements for towing and
being towed.
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Knowledge of initial action to be taken
following a collision or a grounding; initial damage assessment and
control.
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Appreciation of the procedures to be
followed for rescuing persons from the sea, assisting a ship in distress,
responding to emergencies which arise in port.
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Respond to a distress signal
at sea
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Participation of a WIG craft in search and rescue
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Examination and assessment
of evidence obtained from practical instruction
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The distress or emergency signal is
immediately recognized.
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Appreciation of assistance that a WIG
craft can provide in a search and rescue incident.
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Contingency plans and instructions in
standing orders are implemented and complied with.
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Knowledge of the contents of the
International Aeronautical and Maritime Search and Rescue (IAMSAR)
Manuals.
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Transmit and receive
information by visual signalling
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Visual signalling
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Examination and assessment
of evidence obtained from practical instruction
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Communications within the
operator's area of responsibility are consistently successful.
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Ability to transmit and receive signals
by Morse light.
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Ability to use the International Code of
Signals.
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Manoeuvre the WIG
craft
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WIG craft manoeuvring and handling Knowledge of:
1.
methods of a WIG craft control and maneuvering in displacement, transitional
and planing modes in various weather conditions
2.
methods of WIG craft control during takeoff and landing in various weather
conditions
3. methods of WIG craft control and
maneuvering in cruise flight under ground effect in various weather
conditions
4. methods of WIG craft control and
manoeuvring over land, landing on water and while returning from water to
shore (for amphibious WIG craft only)
5. influence
of displacement (takeoff weight), center of gravity position, wind, sea
state, methods of control by propulsors and by control surfaces during
takeoff/landing, on turning circle diameter and on stopping distance of WIG
craft in various operational conditions
6.
manoeuvres and procedures for the rescue of person overboard and rendering
assistance to a survival craft
7. proper procedures
for anchoring, berthing and mooring
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Examination and assessment
of evidence obtained from one or more of the following:
1.
approved in-service experience
2. approved
training WIG craft experience
3. approved simulator
training, where appropriate
4. approved training
on a manned scale craft model where appropriate
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Safe operating limits of WIG craft
propulsion, steering and power systems are not exceeded in normal
manoeuvres.
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Appropriate choice of modes of WIG craft
operation, change of its course, altitude and speed promotes maintenance of
safety of operation.
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WIG craft is
operated and maintained within a safe operating envelope.
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