NCAA AME Airframe

NCAA knowledge tests are multiple-choice examinations taken at the Authority. Applications to sit them can be submitted at NCAA Headquarters in Abuja and at the Regional Offices in Lagos, Kaduna and Enugu. Confirm the current sitting arrangements, duration and item count with the NCAA Personnel Licensing office before you travel, since the public FAQ does not publish those details.

The passing grade for the NCAA knowledge test is 75 per cent. Because the paper is multiple choice, aim comfortably above that line in practice - a margin of ten to fifteen points on mock tests protects you against a bad set of questions on the day.

Knowledge test results are valid for 24 calendar months from the date of issuance of the result. Plan the rest of your licensing process - experience sign-offs, skill assessment and licence application - so that everything is completed inside that window, otherwise you may need to sit the knowledge test again.

Applicants who fail a knowledge test can apply to retake it after presenting evidence of having received additional instruction from an Authorised Instructor in the areas of deficiencies. This means your retake application must be tied to identified weak areas, so keep a record of which syllabus topics let you down and get documented instruction on exactly those.

The syllabi and requirements for all knowledge tests are in Advisory Circular NCAA-AC-PEL 018, located under Personnel Licensing Advisory Circulars on the NCAA website at www.ncaa.gov.ng/documents. Download it first and build your study plan from its airframe section rather than from generic question banks, which may follow a different scope.

It rewards system-level understanding rather than recall of isolated numbers. Candidates who have only read summaries often struggle with questions that ask why a component is designed a particular way, or how a fault in one system affects another. If you can sketch each system from memory and explain its normal and abnormal operation, you are close to ready.

Start with airframe structures - materials, stresses, sheet metal and composite repair - because system questions assume that background. Then take systems in functional groups: flight controls, hydraulic and pneumatic power, landing gear, fuel, ice and rain protection, and cabin environment. Finish with pressurisation and air conditioning, which combine several earlier topics.

Three recur: confusing similar-sounding systems, such as pneumatic versus hydraulic actuation; memorising limits without understanding which component they protect; and skipping structures because it feels less interesting than systems. A fourth is ignoring the regulatory framework - questions grounded in the Nig. CARs catch candidates who studied only technical manuals.

Yes, and you should. Maintenance tasks expose you to real component locations, rigging and fault isolation that no textbook conveys. Pair that experience with deliberate study: after each task, read the relevant manual chapter and the syllabus topic it maps to, so your practical knowledge is organised the way exam questions are framed.