Degree in Naval Radioelectronic Engineering
General information
- Character: Official qualification
- Credits: 240 ECTS
- Duration: 4 years
- Price of the first course
- Type of teaching: In person
The Degree in Naval Radioelectronic Engineering qualifies for the professional title of Second-Class Radioelectronic Officer in the Merchant Navy. This professional title is nationally regulated within the Merchant Navy, in accordance with Chapter IV of the IMO STCW Code and the Radio Regulations.
Once qualified as a 2nd Class Radioelectronic Officer, the Naval Radioelectronic Engineering Graduate will have the following responsibilities:
- a) To serve as head of a second-category maritime radio station on ships
- b) Perform service at any maritime radio station on ships.
- c) Act as operator of the Global Maritime Distress and Safety System.
- d) Perform maintenance on the equipment of the radio communications section, and any other equipment entrusted to it.
There are no specific entrance exams, however, it is necessary (to practice the profession) to pass a medical examination (see articles 5 to 19 of RD 973/2009, of June 12 - BOE July 2. Associate professional title) carried out by the Social Institute of the Navy at the time of the application for the title.
The Bachelor's Degree in Naval Radioelectronic Engineering is included in the Engineering and Architecture Branch of the University Studies program, and is therefore primarily designed for students studying Science and Technology, as well as for those enrolled in the corresponding Advanced Vocational Training Courses related to the degree.
Once the student has obtained the Bachelor's degree in Naval Radioelectronic Engineering, he or she will have acquired the following skills that qualify him or her for the profession of 2nd Class Radioelectronic Officer in the Merchant Navy:
- a) Capacity for the management, operation and exploitation of facilities in the field of Naval Radioelectronics, which have the purpose of reforming, repairing, maintaining, installing, assembling or exploiting them.
- b) Ability to direct the activities of naval radioelectronic engineering.
- c) Knowledge, understanding and ability to apply the legislation necessary for the exercise of the profession of Second Radioelectronic Officer of the Merchant Navy.
Due to the elimination of the Radio Electronics Officer as a minimum essential crew member on ships, graduates in Naval Radio Electronics Engineering typically enter the labor market primarily as Global Maritime Distress and Safety System Operators; radiocommunications equipment maintainers; operation and maintenance of coastal and ship-based maritime communications stations; and technicians in companies in the radioelectronics and maritime telecommunications sectors.
General information
- Character: Official qualification
- Credits: 240 ECTS
- Duration: 4 years
- Price of the first course
- Type of teaching: In person
The Degree in Naval Radioelectronic Engineering qualifies for the professional title of Second-Class Radioelectronic Officer in the Merchant Navy. This professional title is nationally regulated within the Merchant Navy, in accordance with Chapter IV of the IMO STCW Code and the Radio Regulations.
Once qualified as a 2nd Class Radioelectronic Officer, the Naval Radioelectronic Engineering Graduate will have the following responsibilities:
- a) To serve as head of a second-category maritime radio station on ships
- b) Perform service at any maritime radio station on ships.
- c) Act as operator of the Global Maritime Distress and Safety System.
- d) Perform maintenance on the equipment of the radio communications section, and any other equipment entrusted to it.
There are no specific entrance exams, however, it is necessary (to practice the profession) to pass a medical examination (see articles 5 to 19 of RD 973/2009, of June 12 - BOE July 2. Associate professional title) carried out by the Social Institute of the Navy at the time of the application for the title.
The Bachelor's Degree in Naval Radioelectronic Engineering is included in the Engineering and Architecture Branch of the University Studies program, and is therefore primarily designed for students studying Science and Technology, as well as for those enrolled in the corresponding Advanced Vocational Training Courses related to the degree.
Once the student has obtained the Bachelor's degree in Naval Radioelectronic Engineering, he or she will have acquired the following skills that qualify him or her for the profession of 2nd Class Radioelectronic Officer in the Merchant Navy:
- a) Capacity for the management, operation and exploitation of facilities in the field of Naval Radioelectronics, which have the purpose of reforming, repairing, maintaining, installing, assembling or exploiting them.
- b) Ability to direct the activities of naval radioelectronic engineering.
- c) Knowledge, understanding and ability to apply the legislation necessary for the exercise of the profession of Second Radioelectronic Officer of the Merchant Navy.
Due to the elimination of the Radio Electronics Officer as a minimum essential crew member on ships, graduates in Naval Radio Electronics Engineering typically enter the labor market primarily as Global Maritime Distress and Safety System Operators; radiocommunications equipment maintainers; operation and maintenance of coastal and ship-based maritime communications stations; and technicians in companies in the radioelectronics and maritime telecommunications sectors.
Notifications
January 24, 2024 - 08:36 UTC
Call for Elections for Director of the Higher Polytechnic School of Engineering
November 17, 2023 - 08:19 UTC
Elections to the Board of the Higher Polytechnic School of Engineering
September 18, 2023 - 07:25 UTC
Information on the professional suitability tests for obtaining the Second Engineer Officer qualification for 2023.
May 15, 2023 - 12:36 UTC
Merchant Navy fitness tests for 2023
February 8, 2023 - 1:05 PM UTC
Provisional list of those admitted and excluded from the pre-selection process for Erasmus + mobility for the 2023-2024 academic year at the Higher Polytechnic School of Engineering