SOLAS Instrumentation study plan

Map every Chapter V carriage requirement (heading, speed and distance, echo sounding, gyro, radar, AIS, VDR, GNSS, BNWAS) to the ship type, tonnage, and voyage category that triggers it

Build a personal table of the SOLAS amendment cycle (MSC sessions, entry-into-force dates, tacit acceptance) and place three recent navigation-related amendments on it

Explain the difference between a certificate, a survey, and a record of equipment, and state which party is responsible for each

Solve five tonnage-threshold scenarios that ask which navigation equipment a given ship must carry

Describe the performance standards route by which IMO turns a carriage rule into an equipment type-approval requirement, citing two examples

Trace the survey and certification chain for navigation equipment from initial survey through periodic and renewal surveys

Distinguish flag State, port State control, and recognized organization responsibilities for navigation equipment deficiencies

Write out the watchkeeping and bridge procedures that Chapter V imposes on the master, including passage planning and use of BNWAS

Lay out the GMDSS sea areas A1 to A4 and list the carriage fit required in each

Compare the equipment and watchkeeping obligations of Chapter IV with the certification implications of the radio licence and the radio operator certificate

Explain the functional requirements of GMDSS (alerting, communications, locating, MSI, bridge alert management) and how each is satisfied by specific equipment

Identify the maintenance options (duplication, shore maintenance, at-sea maintenance) and the documentation each requires

Explain the fire detection and alarm system requirements for periodically unattended machinery spaces and for accommodation, including section and loop arrangements

Describe fixed fire-fighting system requirements by space type (machinery, cargo, accommodation) and the controls and alarms associated with each

List the Chapter III life-saving appliance carriage requirements by ship type and the LSA Code performance standards that back them

Outline the maintenance, inspection, and record-keeping regime for life-saving appliances, including weekly and monthly checks

Explain the machinery, boiler, and electrical installation requirements of Chapter II-1 that apply to unmanned and periodically unattended machinery spaces

Describe the safety systems that must operate automatically in a periodically unattended machinery space and the alarms that must transfer to the bridge and engineer's cabin

Map the watertight integrity requirements: doors, indicators, bilge and ballast systems, and the alarms and controls that must be provided

Explain how stability instrumentation (loading computer, draft and heel indicators, water ingress detection) supports the intact and damage stability requirements

Build a survey calendar that places initial, annual, intermediate, periodic, and renewal surveys on a five-year timeline with the equipment tested at each

List the records that must be kept for navigation, radio, fire, and life-saving equipment and state the retention period for each

Describe the tests and drills required by regulation and how evidence of them is recorded

Explain how a defect found between surveys is handled: reporting, temporary repair, condition of class, and follow-up

Explain the alarm philosophy requirements: prioritization, presentation, silencing, and the distinction between alarms, warnings, and cautions

Describe bridge ergonomics and integration requirements, including the centralized bridge and the treatment of bridge alert management

Analyze how human factors contribute to GMDSS watchkeeping failures and false alerts, and what design or procedural controls mitigate them

Interpret a described alarm flood scenario and propose a defensible response sequence

Re-run every self-test and correct any domain scoring below 80 percent

Rehearse regulation citations for the ten most commonly tested requirements across all domains

Complete two full-length timed practice exams under exam conditions

Review the personal error log and convert recurring mistakes into a one-page pre-exam summary