Canada SVOP study materials
Canada SVOP study resources

Canada SVOP cheat sheet

Canada SVOP · Keep the key ideas within reach.

Quick reference

Small Vessel Operator Proficiency (SVOP) - Certification, Scope, and Regulatory Framework

  • SVOP is a Transport Canada certification under the Canada Shipping Act, 2001 (CSA 2001) and the Small Vessel Regulations (SVR); it is required for operators of small commercial vessels not otherwise requiring a higher certificate.

  • SVOP is a certificate of competency, not a licence: it is issued by Transport Canada Marine Safety and Security (TCMSS) after completing an approved SVOP course and passing the SVOP examination.

  • Typical SVOP candidates: operators of small passenger vessels (up to 12 passengers plus crew, under 5 gross tonnage in some cases), workboats, fishing vessels under 15 GT, and other small commercial craft.

  • SVOP is distinct from the Pleasure Craft Operator Card (PCOC), which is for recreational vessels; SVOP is for commercial operations and covers vessel handling, safety, and emergency procedures.

  • Required certificates depend on vessel type/size: SVOP for small commercial vessels; Master Limited, Fishing Master, or other certificates for larger or specialized vessels; MED (Marine Emergency Duties) training is separate and often required in addition to SVOP.

  • The SVOP certificate is valid for 5 years from the date of issue; renewal requires evidence of sea service, re-examination, or completion of a refresher course as specified by Transport Canada.

  • The SVOP course syllabus includes: vessel handling and manoeuvring, collision regulations (COLREGS), navigation and chartwork, weather, safety equipment, emergency procedures, and pollution prevention.

  • Operators must carry the SVOP certificate (or a copy) on board the vessel at all times while operating commercially, and produce it on demand to a Transport Canada inspector, police, or peace officer.

  • Non-compliance: operating a commercial vessel without the required SVOP certificate can result in fines under the CSA 2001 and/or the SVR, and may void insurance coverage; the vessel may be detained.

  • SVOP examination: typically 50 multiple-choice questions, passing mark 70%; the exam is closed-book and covers all syllabus areas, with emphasis on collision regulations and emergency procedures.

Quick reference

Vessel Construction, Stability, and Load Capacity

  • Gross tonnage (GT) is a measure of internal volume, not weight: GT = K1 × V, where V is the total volume of all enclosed spaces in cubic metres and K1 = 0.2 + 0.02 log10(V).

  • Net tonnage (NT) reflects earning capacity; for small vessels it is often calculated using simplified formulas under the International Convention on Tonnage Measurement of Ships, 1969.

  • Stability: a vessel is stable when the centre of gravity (G) is below the metacentre (M); the metacentric height GM = KM − KG; positive GM indicates initial stability.

  • Righting lever GZ = GM × sin(θ) for small angles; the area under the GZ curve up to 30° must be at least 0.055 metre-radians (IMO intact stability criterion).

  • Load lines: small commercial vessels may be subject to load line requirements under the Load Line Regulations; the deck line and load line marks must be permanently marked and not submerged when loaded.

  • Freeboard is the vertical distance from the waterline to the freeboard deck; minimum freeboard is determined by vessel length, type, and assigned load line, and must never be reduced by overloading.

  • Maximum load capacity (persons, cargo, fuel, water) must be posted on a capacity plate or in the vessel's stability booklet; exceeding it compromises stability and is an offence under the SVR.

  • Bilge and freeing ports must be kept clear; watertight integrity (hatches, doors, scuppers) must be maintained to preserve reserve buoyancy and stability.

  • Weight distribution: keep heavy items low and centred; avoid free surface effect from partially filled tanks, which reduces effective GM and can cause capsize.

  • Hull inspection: check for cracks, delamination, corrosion, and osmosis; structural repairs must be done to a recognized standard (e.g., Transport Canada, classification society, or manufacturer's specification).

Quick reference

Collision Regulations (COLREGS) and Safe Navigation

  • Rule 5 (Look-out): every vessel must maintain a proper look-out by sight and hearing, and by all available means, to make a full appraisal of the situation and risk of collision.

  • Rule 6 (Safe speed): speed must be safe for prevailing circumstances, including visibility, traffic density, manoeuvrability, background lights, and stopping distance.

  • Rule 7 (Risk of collision): if there is any doubt, risk of collision shall be deemed to exist; a steady bearing and decreasing range indicates risk; use radar plotting or systematic observation.

  • Rule 8 (Action to avoid collision): action must be positive, made in ample time, and large enough to be readily apparent; avoid small successive changes; if altering course, alter substantially.

  • Rule 13 (Overtaking): an overtaking vessel must keep out of the way of the vessel being overtaken; overtaking is when approaching from more than 22.5° abaft the beam.

  • Rule 14 (Head-on): when two power-driven vessels meet head-on or nearly so, each must alter course to starboard and pass port-to-port.

  • Rule 15 (Crossing): when two power-driven vessels are crossing with risk of collision, the vessel with the other on her starboard side must keep out of the way and avoid crossing ahead.

  • Rule 18 (Responsibilities between vessels): power-driven vessels give way to sailing vessels, vessels not under command, restricted in ability to manoeuvre, fishing vessels, and vessels constrained by draft, in that order of precedence.

  • Rule 19 (Restricted visibility): reduce speed to minimum steerageway, have engines ready for immediate manoeuvre, and if risk of collision exists, take avoiding action; a vessel detecting another forward of her beam by radar alone must avoid altering course to port.

  • Navigation lights and shapes (Rules 20–31): power-driven vessel underway shows masthead light(s), sidelights, and sternlight; sailing vessel shows sidelights and sternlight; anchor shape is a black ball by day, all-round white light at night.

Quick reference

Safety Equipment, Emergency Procedures, and Marine Emergency Duties

  • Life-saving appliances: small commercial vessels must carry approved lifejackets/PFDs for each person on board, plus a throwable flotation device; lifejackets must be readily accessible, not stowed in locked compartments.

  • Lifejacket inspection: check for tears, missing straps, broken zippers, and legible labels; inflatable PFDs require periodic servicing per manufacturer's schedule (typically annually or every 2 years).

  • Fire extinguishers: minimum one 5-B:C dry chemical extinguisher for vessels under 6 m; larger vessels require additional extinguishers by length and hazard; mount securely and inspect monthly.

  • Fire triangle: heat, fuel, oxygen; remove any one to extinguish; use PASS (Pull, Aim, Squeeze, Sweep) for extinguisher operation; never use water on electrical or fuel fires.

  • Distress signals: flares (Type A/B/C/D), smoke signals, EPIRB, SART, and DSC radio; flares have expiry dates (typically 4 years from manufacture) and must be replaced before expiry; store in a waterproof container.

  • Mayday vs Pan-Pan: Mayday is for grave and imminent danger requiring immediate assistance; Pan-Pan is for urgency without immediate danger; Sécurité is for safety messages.

  • Man overboard (MOB): shout 'Man overboard', throw a float, mark position (MOB button/GPS), manoeuvre to return (Williamson turn or Anderson turn), approach from downwind, and recover with engine in neutral.

  • Abandon ship: only on the order of the master; don immersion suits/lifejackets, take the ditch bag (EPIRB, flares, water, first aid), launch liferaft, and stay with the vessel if possible until it sinks.

  • Hypothermia: cold water immersion causes cold shock (first 1–3 minutes), cold incapacitation (3–30 minutes), and hypothermia (after 30 minutes); H.E.L.P. (Heat Escape Lessening Posture) and huddling conserve heat.

  • Emergency drills: fire, MOB, abandon ship, and flooding drills should be conducted regularly; records of drills and equipment inspections must be maintained and available for inspection.

Quick reference

Weather, Navigation, and Passage Planning

  • Weather sources: Environment Canada marine forecasts, NAVTEX, VHF continuous marine weather broadcasts, and GRIB files; check forecasts before departure and monitor during passage.

  • Beaufort scale: Force 0 (calm, <1 knot) to Force 12 (hurricane, 64+ knots); wave height roughly corresponds to Beaufort force, but fetch and depth also influence sea state.

  • Pressure systems: low pressure brings unsettled weather and wind (counter-clockwise circulation in Northern Hemisphere); rising pressure indicates improving weather; a rapid drop signals approaching storm.

  • Fog: reduce speed, sound fog signals (one prolonged blast every 2 minutes for power-driven vessels underway), use radar and GPS, and post a lookout; fog signals are required under COLREGS Rule 35.

  • Tides and currents: use tide tables and current atlases; rule of twelfths for tidal range (1/12, 2/12, 3/12, 3/12, 2/12, 1/12 per hour); slack water occurs between flood and ebb.

  • Chartwork: use nautical charts (paper or electronic), plot position by GPS, dead reckoning, or visual bearings; understand chart symbols (buoys, lights, depths, hazards, magnetic variation).

  • Buoyage (IALA Region A, used in Canada): red buoys mark the port side of a channel when entering from seaward; green buoys mark starboard; cardinal marks indicate safe water direction.

  • Passage planning: consider vessel draft, bridge clearances, tidal windows, weather, fuel range, alternate ports, and crew experience; file a float plan with a responsible person.

  • Compass: magnetic variation is the angle between true and magnetic north; deviation is caused by the vessel's own magnetic field; compass error = variation + deviation (with sign convention).

  • Speed-time-distance: Distance = Speed × Time; 1 knot = 1 nautical mile per hour; 1 nautical mile = 1.852 km; use the 60:1 rule (1 minute of arc = 1 nm) for quick calculations.

Quick reference

Pollution Prevention and Environmental Responsibilities

  • MARPOL Annex I (oil): discharge of oil or oily mixtures into the sea is prohibited; small vessels must retain oily waste and dispose of it at a reception facility.

  • MARPOL Annex IV (sewage): discharge of untreated sewage is prohibited within 3 nautical miles of shore; beyond 3 nm, discharge must be comminuted and disinfected, and the vessel must be proceeding at least 4 knots.

  • MARPOL Annex V (garbage): disposal of all garbage into the sea is prohibited except food waste, which may be discharged beyond 12 nm from shore (comminuted, beyond 3 nm).

  • Oil pollution reporting: any discharge or probable discharge of oil must be reported immediately to the Canadian Coast Guard (VHF Ch 16 or 1-800-889-8852) and to Transport Canada.

  • Spill response: stop the source, contain the spill with booms or absorbents, notify authorities, and record the incident; do not use dispersants without authorization.

  • Bilge management: use an oily water separator or retain bilge water in a holding tank; never pump oily bilge overboard; keep engine drip trays clean.

  • Anti-fouling paint: use approved anti-fouling coatings; copper-based paints are restricted in some areas; follow manufacturer's application and disposal instructions.

  • Garbage management plan: vessels over 12 m must carry a garbage management plan and maintain a garbage record book; all vessels should have a garbage placard and receptacles.

  • Environmental offences under the CSA 2001 and the Migratory Birds Convention Act can result in significant fines and imprisonment; masters and operators are personally liable.

Quick reference

Vessel Operations, Maintenance, and Crew Responsibilities

  • Pre-departure checklist: check weather, fuel, oil, coolant, bilges, batteries, navigation lights, safety equipment, and engine; ensure all crew are briefed on emergency procedures.

  • Engine checks: check oil level, coolant level, fuel filters, belts, and hoses before each trip; monitor engine temperature, oil pressure, and exhaust during operation.

  • Fuel management: know fuel consumption rate (L/h) and tank capacity; apply the 1/3 rule (1/3 out, 1/3 back, 1/3 reserve) for fuel planning.

  • Battery and electrical: check battery charge, terminals, and electrolyte; ensure navigation lights, VHF radio, and bilge pump are on separate circuits where possible.

  • Mooring and anchoring: use appropriate anchor type for bottom (Danforth for sand/mud, Bruce for general, plow for rock); scope 5:1 to 7:1 for chain, 7:1 to 10:1 for rope.

  • Line handling: use cleats, bollards, and fairleads properly; keep lines coiled and ready; never stand in the bight of a line under load.

  • Crew briefing: brief crew on lifejacket location, fire extinguisher location, MOB procedure, radio use, and their specific duties before departure.

  • Master's authority: the master is responsible for the safety of the vessel, crew, and passengers; the master's decisions on safety are final and cannot be overridden by the owner or charterer.

  • Record keeping: maintain logbook, maintenance records, drill records, and equipment inspection records; these may be requested by Transport Canada during an inspection.

  • Fatigue management: ensure adequate rest before operating; fatigue impairs judgment and reaction time; Transport Canada work/rest rules apply to commercial operators.