RADAR NAVIGATION AND USE OF ARPA LABORATORY GUIDE
RADAR NAVIGATION AND USE OF ARPA LABORATORY GUIDE
RADAR NAVIGATION AND USE OF ARPA LABORATORY GUIDE
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<strong>RADAR</strong> <strong>NAVIGATION</strong> <strong>AND</strong> <strong>USE</strong> <strong>OF</strong> <strong>ARPA</strong> <strong>LABORATORY</strong> <strong>GUIDE</strong><br />
DISCIPLINE: Radar navigation and use of <strong>ARPA</strong><br />
Competences:<br />
At the end of this course, after successfully acquiring the required theoretical<br />
knowledge and skills (using the complex maritime simulator), the trainees will be<br />
able to:<br />
Use the radar controls and functions<br />
Use the radar in both relative motion and true motion mode, with the image<br />
stabilized in NUP, CUP or HUP<br />
Determine the navigational details of a ship underway, both in relative and in<br />
true motion<br />
Determine the CPA and the TCPA of a target<br />
Use the parallel index lines<br />
Determine the nCPA and the nTCPA of a target, after executing an avoidance<br />
maneuver<br />
Observe and determine avoidance actions of other ships<br />
Correctly use and interpret the information provided by <strong>ARPA</strong><br />
o the electronic plotting of a target<br />
o use or relative and true vectors<br />
o identifying potential hazardous situations;<br />
o the alphanumeric display of target information;<br />
o uses trial maneouvre;<br />
Determine the ship`s position using <strong>ARPA</strong> by measuring:<br />
o 2 bearings simultaneously<br />
o One bearing and one distance<br />
o 2-3 distances simultaneously<br />
Plan a simple voyage<br />
Execute that voyage respecting the planned route<br />
Monitor the ship`s movement according to the voyage plan<br />
Operate the electronichal navigational equipment and to correctly use the<br />
information acquired by it (GPS, ECDIS, AIS);<br />
Obey the COLREG rules, especially the provisions that apply to ships meeting<br />
one another:<br />
o Rule 14 - Head-on situation;<br />
o Rule 15 - crossing narrow channels and traffic lanes;<br />
o Rules 8 and 16 - action to be taken by give-way vessels;<br />
o Rules 3 ;18; 19;<br />
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Navigate and make the avoidance actions required regardless of the visibility<br />
conditions or the geographical situation:<br />
o Straits, canals<br />
o Traffic separation schemes<br />
Take over and give over the navigational watch<br />
Call the Master when the situation demands it<br />
Use the ship`s sound and light systems<br />
Communicate using Standard Communication Phrases between ship to ship,<br />
and sip to shore<br />
Means to attain these competences:<br />
Lecture hours 56 , simulation/seminar hours 56 ore;<br />
Printed course handbook;<br />
Books for Radar Ploting;<br />
Course handbook in electronic layout, worldwide available;<br />
Multimedia presentations<br />
Facilities and Equipments:<br />
Instruments needed for working on the paper chart;<br />
Alidad;<br />
Gyro reapeater;<br />
Navigation charts;<br />
Pilot handbooks;<br />
Navigation lights and radio signals handbook;<br />
Radar complex simulator;<br />
<strong>ARPA</strong> Kevin Hughes Radar;<br />
The Virtual Campus internet site;<br />
The navigation simulator complex;<br />
Admiralty Charts;<br />
Admiralty List of Radio Signals;<br />
Lumeni BenQ, DLP, 1800 ANSI Video projector with and 800x600 resolution;<br />
The list of seminar/simulation laboratories for Radar navigation and use of <strong>ARPA</strong>:<br />
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• Introduction to the radar simulator and to the Kelvin Hughes-Nucleus 6000 A radar;<br />
• The use of radar stabilized in N’UP, H’UP, C’UP (simulator Full Mission);<br />
• Radar simulation (simulator Full Mission);<br />
• Radar simulation (simulator Full Mission);<br />
• Radar simulation (simulator Full Mission);<br />
• Radar simulation, avoidance actions (using the plotting sheet);<br />
• Radar simulation, avoidance actions (using the plotting sheet);<br />
• Avoidance actions using radar observations (radar simulation);<br />
• Radar simulation, avoidance actions, (plotting sheet);<br />
• Avoiding a target ship, when the avoiding action is limited by and fixed object in<br />
the vicinity (on the plotting sheet);<br />
• Avoidance actions using radar observations (radar simulation);<br />
• Determining the best avoiding (on the plotting sheet);<br />
• Avoiding action based on the radar observations (radar simulation);<br />
• The use of parallel index lines (radar simulation);<br />
• The use of NAVLINE (radar simulation);<br />
• Radar navigation, avoiding actions, ship maneuvering – use of conventional radar<br />
techniques (Full Mission simulator);<br />
• Radar navigation, avoiding actions, ship maneuvering – use of conventional radar<br />
techniques (Full Mission simulator);<br />
• Radar navigation, avoiding actions, ship maneuvering – use of conventional radar<br />
techniques (Full Mission simulator);<br />
• Radar navigation, avoiding actions, ship maneuvering – use of conventional radar<br />
techniques (Full Mission simulator);<br />
• Electronical plotting of a target and the automatic tracking of a target –<strong>ARPA</strong> radars<br />
only (Full Mission simulator);<br />
• The TRIAL function –<strong>ARPA</strong> radar only (Full Mission simulator)<br />
• The interpretation of <strong>ARPA</strong> information (Full Mission simulator);<br />
• Self tests, errors and limitations of <strong>ARPA</strong> processors (Full Mission simulator);<br />
• The correct usage of <strong>ARPA</strong> information (Full Mission simulator);<br />
• The use of modern radar functions. Relative motion (radar simulation);<br />
• The EBL, and the safety distances. (radar simulation) ;<br />
• Radar navigation, avoidance actions, and ship maneuvering - <strong>ARPA</strong> radar (Full<br />
Mission simulator) ;<br />
• Radar navigation, avoidance actions, and ship maneuvering - <strong>ARPA</strong> radar (Full<br />
Mission simulator) ;<br />
• Radar navigation, avoidance actions, and ship maneuvering - <strong>ARPA</strong> radar (Full<br />
Mission simulator) ;<br />
• The usage of radar electronic charts, in real mode (Full Mission simulator);<br />
• Maneuvering the ship using radar electronic charts (Full Mission simulator);<br />
• Comparison between True Motion and Reletive Motion (Full Mission simulator);<br />
• Steering and maneuvering the ship, using different forms of radar motions and<br />
image stabilization– <strong>ARPA</strong> - (simulator Full Mission);<br />
• Radar image stabilization for when considering land, and/or shore. (radar<br />
simulation);<br />
• Ship traffic services, monitoring traffic from on shore radar facilities (Full Mission<br />
simulator).<br />
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