Compass Compensation is a highly specialised area within aircraft maintenance engineering.

The NMIT training develops knowledge and skills required to:

• Understand aircraft magnetism.
• Understand compass systems.
• Install compass systems.
• Maintain compass systems.
• Understand compass compensation.
• Carry out direct-reading compass compensation procedures.
• Understand remote-reading compass systems.

Subjects / Topics Covered

The current NMIT page identifies the following key subject areas.

1. Theory of Magnetism

Students develop an understanding of the fundamental principles of magnetism relevant to aircraft compass systems.

2. Terrestrial Magnetism

Students examine the Earth's magnetic field and its relevance to compass operation.

3. Aircraft Magnetism

The course covers magnetism generated or influenced by the aircraft and its components.

4. The Compass Base

Students study the compass base and its relationship to aircraft compass systems.

5. Direct-Reading Magnetic Compasses

The course develops knowledge of direct-reading magnetic compass systems.

6. Theory of Compass Compensation

Students learn the principles behind correcting compass errors caused by magnetic influences.

7. Direct-Reading Compass Compensation

The programme covers the practical principles involved in compensating direct-reading aircraft compasses.

8. Direct-Reading Compass Compensation Procedures

Students learn the relevant procedures for carrying out compass compensation.

9. Remote-Reading Compass Systems

The programme also covers remote-reading compass systems.

Discipline / Specialisation

The main discipline is:

Aeronautical Engineering / Aircraft Maintenance Engineering

The specialist area is:

Aircraft Compass Systems & Compass Compensation

This sits within the broader Aircraft Maintenance Engineer Licence (AMEL) pathway.

Career Outcomes

Compass Compensation is a specialist component of an aircraft maintenance engineering career rather than a standalone job qualification.

It can contribute toward a pathway to roles such as:

• Aircraft Maintenance Engineer.
• Licensed Aircraft Maintenance Engineer (LAME), after meeting all CAA requirements.
• Aircraft maintenance technician.
• Aircraft maintenance certifying engineer.
• Aviation engineering supervisor.
• Aircraft maintenance team leader.
• Aviation engineering manager.

NMIT states that licensed aircraft maintenance engineers can work for:

• Major airlines.
• Aircraft maintenance companies.
• Aircraft construction companies.
• Other aviation organisations in New Zealand and overseas.

Visa Requirements

This requires careful counselling.

NMIT's general guidance says:

• If studying in New Zealand for 12 weeks or less, a student may generally be able to study under a visitor visa, subject to immigration rules.
• If studying for more than 12 weeks, a student visa is generally required.

Who Should Consider This Programme?

This programme is particularly suitable for someone who:

• Already works in aircraft maintenance.
• Has previous aeronautical engineering training.
• Is progressing toward a NZCAA AMEL.
• Needs the Compass Compensation subject specifically.
• Wants flexible online study.
• Can study alongside employment.
• Has access to a relevant aviation workplace.
• Can meet the NZCAA/NMIT examination requirements.

Not ideal for

It is not a good standalone choice for someone who:

• Has just completed high school.
• Has no aviation-maintenance background.
• Wants a general aviation degree.
• Wants to become an aircraft engineer through one short course.
• Wants a programme that can be completed entirely from overseas.
• Is expecting automatic work rights from a New Zealand student visa.