Kazakhstan Maritime Deck Officer common mistakes
Kazakhstan Maritime Deck Officer · Understand the traps and how to avoid them.
When asked to apply the collision regulations to a crossing or narrow-channel scenario, the candidate recites Rule 15 or Rule 9 verbatim but cannot state which vessel is give-way, what action and timing are required, and how the action is monitored until the risk is past.
Candidates memorise rule text as a list of phrases and never practise converting the words into a decision sequence (detect risk, classify the encounter, choose action, verify by bearing and range). Under exam pressure the recited text crowds out the reasoning step.
What to do instead
For each of Rules 13-19, rehearse a fixed four-line answer: encounter type, which vessel must act, the required action with a timing/range criterion, and how compliance is checked. Practise on paper scenarios with two bearings and ranges until the sequence is automatic, then add Rule 8 (substantial action, early, readily apparent) as the closing line of every answer.
In stability questions the candidate writes the formula correctly but substitutes values without checking units or sign convention, giving a GM, FSC or list answer that is physically impossible (for example a negative GM reported as positive, or a list to the wrong side).
Training often focuses on formula recall rather than on the physical meaning of the numbers. Candidates do not build the habit of a sanity check (GM must be small positive for a stiff/soft ship, list must follow the heavy side, FSC always reduces GM).
What to do instead
After every calculation, run three checks and write them down: units (metres, tonnes, tonne-metres), sign (does the correction reduce or increase GM, does the weight shift produce a list toward the loaded side), and magnitude (is the answer in the range the ship's hydrostatic particulars allow). Include the check line in the answer so the examiner sees the reasoning.
On cargo questions the candidate answers with generic loading language ('secure the cargo properly', 'follow the loading plan') without naming the specific hazard controls: stack weight limits, lashing angle and MSL calculations, segregation requirements for IMDG classes, or grain heeling-moment criteria.
Cargo handling is learned on board as routine practice, so candidates describe what they do rather than the underlying requirement. They have not linked the practical task to the code or regulation that the examiner is testing.
What to do instead
Build a one-page hazard map per cargo type (heavy lifts, steel, grain, containers, dangerous goods) listing the governing instrument, the key numeric limit, and the failure consequence. In answers, name the instrument and the number first, then describe the procedure.
When a question asks for the GMDSS distress procedure, the candidate lists the equipment (VHF DSC, MF/HF, Inmarsat, SART, EPIRB) but cannot state the correct alerting order, the content of the distress message, or what to do if no acknowledgement is received.
Equipment lists are easy to revise; procedures require understanding of sea area A1-A4 logic and the distinction between alerting, locating and on-scene communication. Candidates skip the procedural layer.
What to do instead
Learn the GMDSS as three separate functions (alert, locate, communicate) and for each sea area state which equipment performs each function. Then rehearse the distress message fields (MAYDAY, identity, position, nature, assistance required, persons on board) and the no-reply escalation (repeat on another band, then relay via another station).
Environmental protection answers stop at 'follow MARPOL' without identifying the relevant Annex, the discharge criterion, the special area status, or the record-book entry that must be made.
MARPOL is taught as one convention rather than six annexes with different numeric criteria. Candidates do not connect the operational act (discharge, incineration, transfer) to the specific record and limit.
What to do instead
Make a table with one row per Annex: what it covers, the discharge or emission limit, special-area differences, and the record book or certificate required. Learn the oily water 15 ppm and machinery-space bilge criteria, garbage categories and distances, and Annex VI sulphur limits as fixed numbers, and always quote the record entry alongside the limit.
In firefighting questions the candidate describes extinguishing agents in general terms but cannot match agent to fire class, explain the indirect/indirect attack decision, or state the boundary-cooling and re-flash watch requirement after the fire is out.
Candidates revise the fire triangle and a list of extinguishers, but never rehearse the tactical sequence (alarm, locate, isolate, attack, boundary cool, ventilate, re-check). The tactical layer is what the examiner is probing.
What to do instead
Rehearse a fixed fire response sequence for each space (engine room, accommodation, cargo hold, paint locker) and for each state which agent, which fixed system, and where the boundary cooling and re-flash watch are set. Link each agent to the fire classes it is valid for and the class it must never be used on.
Meteorology answers describe a weather system qualitatively ('a depression brings bad weather') without reading the synoptic features: pressure tendency, isobar spacing for wind strength, front type and the expected wind shift and visibility change.
Candidates learn weather as description rather than as a forecast method. They do not practise extracting a forecast from pressure, isobars and fronts, so they cannot answer 'what will the wind do and when' questions.
What to do instead
Practise a fixed reading order on any synoptic chart or forecast: pressure and tendency, isobar spacing (gradient force), front position and movement, then the expected wind veer/back, visibility and sea state with a time window. State the reasoning, not just the conclusion.
Watchkeeping and bridge operation answers ignore the human and documentation elements: the candidate describes the navigation but not the passage plan appraisal, the position-monitoring interval, the handover content, or the master's standing orders.
Candidates treat watchkeeping as an extension of navigation and forget that the exam tests the management of the watch (BRM, checklist discipline, records). These are the points where marks are quietly lost.
What to do instead
For any watchkeeping scenario, structure the answer as plan, monitor, communicate, record: state the passage plan check, the fix interval and cross-check method, the handover items, and the log or record entry. Add one line on when the master is called.
Legal and convention answers confuse the roles and instruments: the candidate mixes up flag state, port state and coastal state powers, or cites SOLAS when the requirement sits in MARPOL, STCW or MLC.
Conventions are revised as isolated facts without a map of who enforces what. Candidates also confuse certificates (which prove) with records (which evidence) and with the ISM/safety management system.
What to do instead
Draw a matrix of state (flag, port, coastal) against instrument (SOLAS, MARPOL, STCW, MLC, COLREG) and note the enforcement power in each cell. For every requirement you learn, also learn which certificate or record evidences it and which authority inspects it.
Emergency and damage-control answers jump straight to the response action, skipping the initial assessment and the command structure: no muster, no headcount, no establishing of on-scene command, no communication to shore or to other vessels.
Candidates rehearse the technical fix (pump the compartment, fight the fire) because it feels like the real answer, and undervalue the organisational first minutes that the exam is testing.
What to do instead
Answer every emergency question in a fixed order: alarm and muster, headcount and casualty status, assess and isolate, establish command and communications, then the technical response, then the recovery and reporting. Practise this template on abandon-ship, collision, grounding, fire and man-overboard scenarios until the order is reflexive.