IMCA DP Practitioner study plan

Map the full DP Practitioner body of knowledge into a personal topic list, grouping items under DP principles, position reference systems, power and propulsion, and DP operations

Define DP and explain the role of the DP operator and the DP system in maintaining vessel position and heading within set limits

Distinguish DP Class 1, 2, and 3 requirements in terms of redundancy, single-point failure tolerance, and worst-case failure design intent

Identify the main components of a DP system and state the function of each: controller, sensors, thrusters, power plant, and operator interface

Explain how a DP controller allocates thrust demand across thrusters, including the effect of thruster limits and forbidden zones

Describe the purpose of capability analysis and plot a vessel's DP capability envelope for a given thruster configuration and environmental condition

Interpret the concepts of station-keeping accuracy, watch circle, and position and heading excursion limits

Practise reading a DP capability plot and state the maximum allowable environmental condition for a defined operation

Compare position reference systems - DGPS, acoustic (HPR), taut wire, laser, radar, and inertial - by accuracy, update rate, failure modes, and environmental limitations

Explain how DP controllers weight and reject position reference inputs, including the role of median filtering and variance-based weighting

Describe the use of environmental sensors (wind, motion reference unit, gyro) and the consequences of a faulty or missing sensor

Identify common cause failure risks between position reference systems and propose mitigation for each

Describe power plant architecture for DP vessels, including the effect of a single generator or busbar failure on DP capability

Explain the role of the power management system and the meaning of blackout, brownout, and preferential trip in a DP context

Distinguish DP redundancy concepts: redundant, independent, and diverse systems, and relate them to equipment class

Trace the sequence of events in a worst-case failure scenario from component failure to loss of position

Explain the purpose and content of a DP operations manual, including the DP capability plots, FMEA summary, and contingency plans it contains

Describe the DP FMEA and the annual DP trials programme, and state what each is intended to prove

Outline the requirements for DP watchkeeping, including handover, position reference monitoring, and logging

Describe the actions a DP operator takes on degradation of position reference, thruster, or power, in the correct order

Explain the role of the DP authority, the ASOG or decision support tool, and the conditions for changing DP equipment class status

Describe the requirements for DP incident reporting and classify a given event as a DP incident, a position loss, or a drift-off

Identify human factors that contribute to DP incidents, including alarm flooding, complacency, and unclear responsibility

Draft the first actions to take after a DP incident, covering immediate safety, evidence preservation, and notification

Consolidate the whole syllabus into a question-and-answer set, writing at least 60 practice questions across all topic groups

Answer each practice question under timed conditions and mark the result against a written reference answer

Identify the three weakest topic groups from the marked results and re-study them with targeted notes

Rehearse explaining a DP failure scenario aloud in under five minutes as if briefing a bridge team

Review every error from week 7 and write a corrected reference answer for each, stating the underlying principle

Recite the key definitions, class requirements, and position reference comparisons from memory without notes

Complete two full timed mock papers and record the score and time taken for each

Finalise a one-page summary sheet of the concepts most likely to be examined and review it daily