HKIE Professional Assessment - Marine & Naval Architecture Discipline study guide
HKIE Professional Assessment - Marine & Naval Architecture Discipline · Work through your exam, one topic at a time.
The HKIE Professional Assessment in the Marine & Naval Architecture Discipline is the route by which a candidate demonstrates readiness for Corporate Membership of the Hong Kong Institution of Engineers in this discipline, and with it the professional standing that Hong Kong recognises for responsible charge of engineering work. It is aimed at engineers who have completed an accredited degree and a period of structured or general experience in ship design, shipbuilding, ship repair, marine operations, classification, surveying or a closely related field, and who can show independent engineering judgement rather than routine task execution. The HKIE Professional Assessment - Marine & Naval Architecture Discipline study guide has 10 sections and about 3,977 words.
01Ship Design and Naval Architecture Fundamentals
This section checks whether you can convert a stated mission (deadweight, cargo capacity, speed, route, draft limit) into a coherent set of principal dimensions and form coefficients, and then defend the compromises. Expect definitional precision, coefficient arithmetic, and questions on how regulatory instruments constrain the design spiral.
439 words, about 2 min02Ship Hydrostatics, Stability and Subdivision
The hydrostatics table, the righting lever curve, free surface effects, and the subdivision framework (deterministic and probabilistic) under SOLAS Chapter II-1. Questions are usually numerical or ask you to judge whether a loading condition is acceptable.
455 words, about 2 min03Ship Resistance, Propulsion and Seakeeping
Model-ship scaling, resistance components, propeller-hull interaction, powering margins, and the dynamic behaviour of the ship in a seaway, including the second-generation intact stability failure modes. Froude number Fn = V / sqrt(gL); Reynolds number Re = V L / viscosity.
425 words, about 2 min04Ship Structures, Strength and Structural Design
Hull girder bending and section modulus, IACS longitudinal strength standards, the Common Structural Rules, local scantling, buckling and fatigue, and your ability to judge whether a structural detail will survive a 25-year design life. Total bending moment = still water bending moment from the loading condition plus wave-induced bending moment; check hogging and sagging separately.
367 words, about 2 min05Marine Machinery, Systems and Propulsion Plant
Engine rating and fuel economics, fuel and lube oil treatment, essential auxiliary systems, steering gear requirements and propulsion plant redundancy. Expect questions that link a machinery failure to a SOLAS or MARPOL requirement.
364 words, about 2 min06Ship Construction, Materials and Production Engineering
Steel selection and toughness, welding procedure control, non-destructive testing, block construction and accuracy control, coating, and trial procedures. The exam wants evidence that you understand why a construction choice affects surveyability and structural reliability.
357 words, about 2 min07Marine Surveying, Classification and Regulatory Compliance
The distinction between classification and statutory certification, the survey cycle under the Harmonized System of Survey and Certification, the status of conditions of class, and the interface between flag State, recognised organisation and port State control. Class societies issue class certificates for hull, machinery and equipment against their own rules, which incorporate IACS unified requirements and the CSR.
398 words, about 2 min08Maritime Safety, Risk and Environmental Protection
The IMO instrument framework, structured risk assessment, and pollution prevention duties. Questions often present a scenario and ask which convention, certificate or risk control applies.
356 words, about 2 min09Marine Electrical, Control and Automation Systems
Power generation and distribution, protection and selectivity, the emergency source, automation and alarm philosophy, and cyber resilience. Expect both a calculation and a question about redundancy.
403 words, about 2 min10Engineering Practice, Ethics and Professional Conduct
How you behave when commercial pressure meets safety, the duty owed to the public and to the profession, and your understanding of the statutory framework for registered engineers in Hong Kong. Scenario questions dominate; the expected answer is the one that protects life, the environment and the integrity of the certificate.
413 words, about 2 min