RIC-26 — Syllabus for the General Operator Certificate (GOC)
Issue 5, January 2008
Updated October 2011
Radiocommunication Information Circular
Radiocommunication Information Circulars are issued for the guidance of those engaged in radiocommunications in Canada. The information contained in these circulars is subject to change without notice. It is therefore suggested that interested persons consult the nearest district office of Industry Canada for additional details. While every reasonable effort has been made to ensure accuracy, no warranty is expressed or implied. As well, these circulars have no status in law.
Comments and suggestions may be directed to the following address:
Radiocommunications and Broadcasting Regulatory Branch
235 Queen Street
All Spectrum Management and Telecommunications publications are available on the following website: http://www.ic.gc.ca/spectrum.
- Related Documents
- Global Maritime Distress and Safety System (GMDSS)
- General Operator Certificate (GOC)
- Training and Examination
- Methods for Demonstrating Proficiency
- Annex A — Accredited Institutions for GOC Training and Assessment
- Annex B — General Operator Certificate (GOC) — GMDSS Syllabus
The material presented in this publication covers the scope of the training and assessment requirements for the Global Maritime Distress and Safety System — General Operator Certificate (GMDSS-GOC). For additional information on this or other certificates, please refer to Radiocommunication Information Circular 16, Professional Radio Operator Certificates (RIC-16).
The training and assessment for the GOC may be provided by trainers/examiners at accredited marine training institutes, marine industry companies and organizations, or marine equipment suppliers. A list of organizations accredited to train and examine candidates for the GOC is provided in Annex A.
Canada is a member of the International Telecommunication Union (ITU), an organization established to maintain and extend international cooperation for the improvement and rational use of telecommunications of all kinds. To this end, the ITU fosters collaboration among its members to establish basic standards for communication procedures and practices, frequency allocation, and radio regulations on a worldwide basis. In 1987, the ITU World Administrative Conference for the Mobile Services adopted the necessary provisions in the international Radio Regulations to introduce the GMDSS.
Canada is also a member of the International Maritime Organization (IMO), which in close cooperation with the ITU, recommends practices for the establishment of maritime communications systems to serve the international marine community. As part of its work, the IMO has mandated the minimum requirements that radio operators must meet with respect to GMDSS certification.
Industry Canada administers radiocommunications in Canada, based on both national and international acts, regulations and conventions. Marine operations in Canada are generally regulated by the Marine Safety Branch of Transport Canada. The Marine Safety Branch, through its Marine Personnel Regulations (Canada Shipping Act (CSA) 2001)) requires that ships, which are required to be fitted with a ship radio station in accordance with the Ship Station (Radio) Regulations (SSRR), carry persons who hold the appropriate radio operator certification.
Industry Canada documents are available on the Spectrum Management and Telecommunications website at http://www.ic.gc.ca/spectrum.
Canadian Coast Guard publications are available on the Internet at the following address: http://ccg-gcc.gc.ca.
The GMDSS was implemented over a seven-year period, commencing on February 1, 1992. This worldwide system enhances the assistance that can be provided to ships in distress and urgency situations. Certificate requirements and background on GMDSS can be found in RIC-16. Current information on the progress and implementation of GMDSS shore-based facilities is available in the latest edition of the Canadian Coast Guard publication, Radio Aids to Marine Navigation (RAMN), and the annual edition of Notices to Mariners.
Generally speaking, in accordance with the SSRR, compulsorily-fitted ships with Very High-Frequency (VHF) radiotelephones must carry persons who hold a Restricted Operator's Certificate — Maritime Commercial, and compulsorily-fitted ships with Medium Frequency (MF) or Medium Frequency/High Frequency (MF/HF) radiotelephones, or ship earth stations, must carry persons who hold either a General Operator Certificate (GOC) or a Radiocommunication Operator General Certificate Maritime (RGMC). There are two exceptions to these requirements:
- radio operators on "small fishing vessels": A small fishing vessel is defined in Transport Canada's Small Fishing Vessel Inspection Regulations as a vessel that is not a sailing ship, exceeds 15 tons (gross tonnage), is used in commercial fishing, but does not exceed 150 tons (gross tonnage) and does not exceed 24.4 metres in length. This exception permits such vessels, when fitted with MF or HF transmitting equipment, or both, to carry radio operators holding only a Restricted Operator's Certificate — Maritime Commercial.
- radio operators on vessels using the Athabasca-Mackenzie inland waterways: Even though HF radios may be carried by vessels on this waterway, the HF frequency used is outside of the marine bands. The only marine frequencies used in certain areas of this waterway are in the VHF band. Consequently, operators on these vessels are only required to hold a Restricted Operator's Certificate — Maritime Commercial.
Note: Even if a vessel's radio station is exempted from licensing, the operator is still required to hold the appropriate radio operator's certificate for the equipment carried. (Radiocommunication Regulations — Sections 33 and 34.(2))
The GOC as described herein is intended for mariners serving on vessels operating in the GMDSS A1, A2, A3 and A4 Sea Areas. The GOC is compliant with the International Convention on Standards of Training, Certification and Watchkeeping for Seafarers, 1978, as amended (STCW 95 Regulation IV/2).
Other publications that may be of assistance to candidates in obtaining the GOC are the Radio Aids to Marine Navigation (RAMN) and, to a lesser extent, the Ship Station Radio Regulations (SSRR) and the Ship Station Technical Regulations (SSTR). These last two documents have been established in accordance with the CSA.
A candidate must be 18 years of age or older in order to hold this class of radio operator certificate. There are no nationality requirements for issuance of the GOC. The GOC is issued for 5 years, after which time it can be reissued every 5 years upon proof of continued competency in accordance with RIC-16. A citizenship-size photograph is required for the issuance, reissuance or replacement of a GOC certificate. Industry Canada may issue a replacement certificate if the original is lost, stolen or destroyed.
Training consists of approximately 50% theory and 50% practical instruction, using an approved GMDSS simulator or installed equipment. As indicated in the syllabus (Annex B), the course consists of 65 hours (10 days) of training. To accommodate testing, four hours is added for review of the material covered and for both theory and practical examinations (one hour for the written component and three hours to allow for practical evaluation).
Refresher training consists of approximately 50% theory and 50% practical instruction, using an approved GMDSS simulator or installed equipment. As indicated in the syllabus (Annex B), the refresher course consists of 20 hours of training. An additional four hours is required to review the material covered and for both theory and practical examinations (one hour for the written component and 30 minutes per student to allow for practical evaluation).
For the successful completion of a GOC, the pass mark for the examination is 70%.
Industry Canada will continue to accredit maritime organizations to provide training and assessment for the GOC. Accreditation means that the program of instruction has been reviewed by Industry Canada to confirm that there are sufficient facilities, expertise and equipment available to ensure an appropriate level of training for candidates for the GOC. Information regarding successful candidates will be forwarded to Industry Canada, which will then issue the GOC.
The candidate will demonstrate proficiency through practical operational procedures, using the following:
- approved equipment;
- a GMDSS communication simulator, where appropriate; and
- radiocommunication laboratory equipment.
265 West Esplanade
North Vancouver, BC
A division of CE International Consultants Limited
3519 Hallberg Rd.
Toll Free: 1-866-632-6888
Contact: Captain R.C.E. (Bob) Kitching,
MSc FRIN FCILT MNI Master
Mariner President and Managing
Atlantic and Ontario Region:
Great Lakes International Marine Training and Research Centre
1450 8th St. East
P.O. Box 700
Owen Sound, ON
Contact: Peter Buell
NBCC St. Andrews
99 Augustus St.
Saint Andrews, NB
Contact: Captain Loren L Fleet,
Memorial University of Newfoundland
P.O. Box 4920
St. John’s, NL
Contact: Fred Meadus
Canadian Coast Guard College
1190 Westmount Rd.
Telephone: 902-564-3660 ext. 1384
Contact: Robert Perchard,
Superintendent MCTS Training
Scotia Community College (NSCC)
226 Reeves St.
Port Hawkesbury, NS
Contact: Administrative Assistance to Academic Chair - Marine
Rescue Training Centre
Canadian Coast Guard Base
P.O. Box 1000
27 Parker St.
Contact: Phillip Walker or John Drake
Marine Training Centre
100 Water St.
Contact: Lisa Finkle
Contact: Steve MacFarlane
maritime du Québec
Service de la formation continue
2965 Etchemin Rd.
Contact: Gréta Bédard
|Competence||Knowledge, Understanding and Proficiency||Full
|(A) Knowledge of the Basic Features of the Maritime Mobile Service||1. The General Principles and Basic Features of the Maritime Mobile Service:
1.1 Radiotelephone procedures.
1.2 Types of communications:
Distress, urgency and safety communications; public correspondence; port operations, ship movement; intership and on board communications.
1.3 Types of stations:
Ship stations, coast stations, Rescue Coordination Centres (RCCs); pilot stations, port stations and vessel traffic control stations.
1.4 Basic knowledge of frequency, bands and channelization for VHF/MF/HF/Inmarsat while covering basic propagation limitations as well.
1.5 Basic knowledge of publications (RAMN/SST/SSR etc.) and documentation requirements.
1.6 Electrical and RF safety related to radio equipment.
|(B) Concept of the Global Maritime Distress and Safety System (GMDSS)
|1. System Concept:
1.1 GMDSS concept using VHF/MF/HF DSC and Inmarsat EGC as a means of distress alerting, urgency, safety and for establishing routine communication to a coast and ship station.
1.2 MMSI concept in relation to DSC and EGC.
1.3 GMDSS coverage areas.
2.1 Definition of Sea Areas for A1, A2, A3 & A4.
2.2 Distress Watch Keeping on VHF DSC channel 70, VHF channel 16 and MF 2182 kHz.
2.3 Equipment carriage requirement for Sea Area A1, A2, A3 & A4.
|(C) Practical Knowledge, Operational Characteristics and Ability to use the GMDSS Sub-system Equipment of a Ship Station||1. Ship Station Equipment
1.1 VHF/MF/HF DSC watch receiver/modem, classes and types of DSC.
1.2 VHF/MF/HF R/T transceiver/transmitters & receivers: channels, controls, usage and routine testing.
1.3 DSC call categories, distress, urgency, safety, ship's business and routine traffic.
1.4 Inmarsat classes, EGC, distress, controls and operation, etc.
1.5 Call telecommand and traffic information: distress alerts, other calls, working channel information and acknowledgement of calls.
1.6 Record keeping (logs, etc.).
1.7 Cancellation of false alerts.
1.8 MF 2182 kHz watch receiver and silence periods.
1.9 Operational techniques, antenna adjustments, reserve sources of power and station maintenance.
|2. Survival Craft Radio Equipment:
Basic Operational Specifications, Characteristics and Routine Testing:
2.1 Portable (immersion proof) VHF radios.
2.2 MF/HF lifeboat radio.
2.3 Search and Rescue Radar Transponders (SARTs).
2.4 Emergency Position Radio Beacons (EPIRBs).
3.1 Maritime Safety Information (MSI) for basic NAVTEX system concept and NAVAREAs.
3.2 NAVTEX receiver operational characteristics, set up procedures and message format.
|(D) Distress, Safety and Routine Communication Procedures in the GMDSS||1. Distress, Urgency and Safety Communications:
1.1 VHF/MF/HF DSC Distress alert, sending, receiving and acknowledgement, cancellation of distress message. Distress relay.
1.2 VHF/MF/HF DSC urgency, safety calls and subsequent R/T traffic.
1.3 On-scene communication and SAR operations.
1.4 R/T Distress subsequent traffic. Urgency and Safety communications.
|2. Operational Procedures for General Communications:
2.1 VHF/MF/HF calling and replying frequencies.
2.2 Using DSC to establish initial call.
2.3 Transmission and reception of routine R/T communications.
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