BD Marine Engineer Class 1 (Chief Engineer) study plan

Diagram from memory the fuel injection, cooling, and lubrication circuits of a large two-stroke marine diesel engine, labeling major components and flow paths.

Explain the thermodynamic cycle and scavenging process of a slow-speed crosshead engine, including the role of the turbocharger and air cooler.

List and describe the safety devices and interlocks on the main propulsion engine, such as overspeed trip, low lube oil pressure trip, and crankcase mist detector.

Calculate indicated power, brake power, and specific fuel consumption from given engine data, showing all steps.

Describe the construction and operation of marine boilers, including water-tube and fire-tube types, and their associated feed, fuel, and safety systems.

Explain the working of steering gear systems, including the hydraulic telemotor and the follow-up mechanism, and state the regulatory requirements for steering gear trials.

Outline the operation of an automatic voltage regulator (AVR) and parallel operation of alternators, including load sharing and synchronization procedures.

Identify the main components of a ship's electrical distribution system, such as generators, switchboards, transformers, and circuit breakers, and explain their protection schemes.

Develop a condition monitoring schedule for main engine bearings using vibration analysis, oil analysis, and temperature trends, specifying frequency and alarm limits.

Explain the procedure for crankshaft deflection measurement and interpretation, including acceptable limits and actions to take if limits are exceeded.

Describe the construction and purpose of transverse and longitudinal framing in ship hulls, and the role of bulkheads and double bottoms.

Calculate the effect of adding or removing weights on a ship's stability, including changes in draft, trim, and metacentric height (GM), using given hydrostatic data.

Summarize the survey and certification requirements under SOLAS, MARPOL, and the Load Line Convention, including the role of classification societies and flag state administrations.

Explain the requirements of MARPOL Annex I, IV, and VI regarding oil pollution prevention, sewage, and air emissions, including record-keeping and equipment requirements.

Describe the procedure for an oil spill response, including the use of the Shipboard Oil Pollution Emergency Plan (SOPEP) and the duties of the Chief Engineer.

Outline the requirements for the International Oil Pollution Prevention (IOPP) Certificate and the associated surveys.

Explain the principles of fire prevention and firefighting on board, including the fire triangle, types of fire, and the use of fixed and portable extinguishing systems.

Describe the procedure for conducting an abandon ship drill and the duties of the Chief Engineer in the muster list.

Outline the principles of bridge and engine room resource management, including communication, situational awareness, and error chain prevention.

Explain the requirements for maintaining an engineering watch and the handover procedures, including the use of checklists.

Prepare a budget for the engineering department covering spare parts, consumables, and maintenance costs for a six-month period, using given historical data.

Describe the principles of planned maintenance systems (PMS) and how to use them to schedule and record maintenance tasks.

Write a clear technical report on a machinery defect, including description, cause, action taken, and recommendations, using appropriate maritime English.

Explain the procedures for ordering spare parts and dealing with suppliers, including the use of requisition forms and inventory control.

Review and consolidate knowledge of propulsion machinery, focusing on common failure modes and their prevention.

Practice answering survey and certification questions, focusing on the Chief Engineer's responsibilities during surveys.

Explain the requirements for the Continuous Survey Machinery (CSM) scheme and how it affects maintenance planning.

Describe the procedure for preparing the engine room for a classification society survey, including documentation and physical inspections.

Complete a full-length mock examination under timed conditions, covering all domains.

Review incorrect answers from the mock exam and identify weak areas for final revision.

Summarize key formulas and procedures for stability, power calculations, and pollution prevention.

Practice oral explanations of complex engineering concepts in English, as required for the oral examination.