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Teaching GuideTerm Higher Technical University College of Nautical Science and Naval Engines |
| Grao en Tecnoloxías Mariñas |
 Subjects |
| Electronic Communication Systems and Navigation Aids |
| Contents |
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| Identifying Data | 2022/23 | |||||||||||||
| Subject | Electronic Communication Systems and Navigation Aids | Code | 631G02457 | |||||||||||
| Study programme |
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| Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
| Graduate | 1st four-month period |
Fourth | Optional | 6 | ||||||||||
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| Topic | Sub-topic |
| SECTION I:Subject 1: Systems of radio communications |
. Majorities: Radioelectric phantom, radio waveses. . Techniques of modulation. . Ways of transmission. Model of receiving transmitter. . Energy sources. |
| SECTION I:Subject 2: Systems of Marine radio communications. |
. Introduction to the systems of Socorro, urgency and security (functional point of view) . Systems nonGMDSS, systems GMDSS. . DSC. . Radiotelex. . NAVTEX. . Satelite systems |
| SECTION I:Subject 3: Systems of Aid to Navigation |
. Radar, ARPA. . Radiobalizas and Trasponders. . Positioning systems by Satellite . Electronic chart (ECDIS). |
| SECTION I:Subject 4: Regulation and norm. | |
| SECTION II: Subject 1:Theoretical foundations of radio communication systems | .Introduction to communications systems. .Concepts .Radiotelephone communications .RF electromagnetic wave propagation. .Antennas .Components/failures of marine radio equipment. |
| SECTION II: Subject 2:Theoretical fundamentals of navigation aid systems. | .Navigation satellite systems (GNSS). .Automatic Identification System (AIS) |
| SECTION II: Subject 3:Theoretical fundamentals of maritime radiocommunication systems | .Digital Selective Calling (DSC). |
| According to the STCW including the Amendments of Manila of 2010, column 2 (recognitions, understanding and sufficiency) of picture A-III/6 | • Operation of all the systems side for the internal communications. • Knowledge of the principles and the procedures of maintenance of the navigation equipment and the systems of internal and external communications. • Theoretical knowledge: operation of the electrical equipment and electronic in inflammable zones. • Practical knowledge: to execute without risks the procedures of maintenance and repair. Detection of failures of operation of the machines, location of failures and measures to prevent the failures. |
| According to the STCW including the Amendments of Manila of 2010, based on electrical systems, electronic and of control at operational level, picture A-III/6 it is added: A subject of alarms and systems of monitoring (regulation and control) A subject of technology of the electronic equipments (Science and Engineering of materials) A subject of electrical risks in the maintenance (electrical Maintenance of the ship) |
• Hydraulic and electropneumatic systems (Auxiliary equipment of the ship) |
| The development and overcoming of these contents, along with the corresponding ones to other matters that include the acquisition of specific competitions of the degree, guarantee the knowledge, understanding and sufficiency of the competitions picked up in picture AIII/2, of Agreement STCW, related to the level of management of Engineering officer of First of Marina Mercante, without limitation of power of the power plant and Engine room chief of Merchant Maritime until a maximum of 3000 KW. |
Picture A-III/2 of Agreement STCW. Specification of the minimum norms of competition applicable to the Engine room chiefs and Senior officers of machines of ships whose main power plant has an equal power or superior to 3000 KW |
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