Aircraft mechanic

Qualification granting programmes

Qualification granting institutions

Description

Typical work tools: tools and measuring devices for work tasks, instructions.
Typical working conditions: working outdoors and indoors.
Additional information: activities are licensed. Required to read, speak and write in the language in which the aircraft maintenance documentation is written. Persons who have acquired this qualification and license will be able to work in Lithuanian and foreign civil aviation companies, the military air force and the internal affairs system, air transport companies as mechanics for the continuing airworthiness of aircraft, as well as in state institutions ensuring flight safety.
Knowledge level indicators are divided into the following three levels:
- Level I of knowledge. Goals:
(a) be familiar with the main elements of the subject;
(b) be able to describe the substance of the subject in general terms and examples;
(c) be able to use typical terms.
- Level II of knowledge. Goals:
a) be able to understand the basics of subject theory;
(b) be able to outline the subject by using appropriate representative examples;
(c) be able to use mathematical formulas and the laws of physics to describe a subject;
(d) be able to read and understand sketches, drawings and diagrams describing the subject;
(e) be able to apply their knowledge in a practical manner following detailed procedures.
- Level III knowledge. Goals:
a) to know the theory of the subject and its connections with other subjects.
(b) be able to describe the subject in detail on a theoretical basis and with specific examples.
(c) understand and be able to apply relevant mathematical formulas.
(d) be able to read, understand and produce sketches, simple drawings and diagrams describing the subject.
(e) be able to apply his knowledge in accordance with the manufacturer's instructions.
(f) be able to interpret the results of various sources and measurements and take the necessary corrective action.
Competences of qualification:
1. Perform arithmetic operations.
2. Describe algebraic operations.
3. Apply geometric knowledge.
4. Describe the materials.
5. Describe the basic laws of statics.
6. Describe the basic laws of kinetics.
7. Describe the basic concepts of dynamics.
8. Apply the basic laws of fluid dynamics.
9. Apply the basic laws of thermodynamics.
10. Describe electron theory.
11. Describe static electricity and conductivity.
12. Describe electrical engineering terminology.
13. Describe the generation of electric current.
14. Describe direct current sources.
15. Describe alternating current theory. 16. Describe electronic device systems. 17. Describe the main terms of a computer structure.
18. Describe devices sensitive to electrostatic discharge.
19. Describe aeronautical materials containing iron.
20. Describe non-ferrous aviation materials.
21. Describe composite and non-metallic materials (excluding wood and fabric).
22. Describe wooden constructions.
23. Describe the fabric cover.
24. Apply knowledge of corrosion.
25. Measure screw threads.
26. Use bolts, studs and screws.
27. Use locking devices.
28. Describe aviation rivets.
29. Use pipes and fittings.
30. Describe the bearings.
31. Describe the gears.
32. Describe the control ropes.
33. Describe electrical wiring and connections.
34. Use precautions.
35. Work safely in the workshop. 36. Use tools.
37. Read engineering drawings, diagrams and standards.
38. Describe injections and gaps.
39. Describe the electrical wiring system (EWIS).
40. Know riveting.
41. Understand pipes and hoses.
42. Check the springs.
43. Check bearings.
44. Check gears.
45. Check control ropes.
46. Understand an aircraft maintenance and storage.
47. Apply the methodology of dismantling, inspection, repair and installation.
48. Check for unusual events.
49. Describe maintenance procedures. 50. Describe atmospheric physics.
51. Describe the laws of aerodynamics. 52. Understand the theory of flight.
53. Describe flight stability and dynamics.
54. Describe human factors.
55. Describe human possibilities and their limits.
56. Know the basics of social psychology.
57. Understand the factors that affect human opportunities.
58. Describe the physical environment. 59. Describe work tasks.
60. Understand communication within and between teams.
61. Describe human errors.
62. Describe the hazards in the workplace.
63. Describe the regulatory framework. 64. Understand the roles of certifying staff in maintenance
65. Know the functions of the approved maintenance organization.
66. Describe the documentation for the use of aircraft for flights.
67. Ensure continuing airworthiness. 68. Describe current national and international requirements.
69. Describe the aerodynamics and rudders of an airplane.
70. Describe the flight at high speed. 71. Apply general concepts of airframe structures.
72. Describe the structures of the airframe.
73. Describe the air conditioning and cabin overpressure system (ATA 21). 74. Describe instruments and avionics systems (ATA 31).
75. Describe electricity (ATA 24).
76. Inspect Instruments and Equipment (ATA 25).
77. Describe instruments and equipment (ATA 25).
78. Describe fire protection (ATA 26). 79. Describe the rudders (ATA 27).
80. Describe fuel systems (ATA 28). 81. Describe hydraulic systems (ATA 29).
82. Describe protection against ice and rain (ATA 30).
83. Inspect Chassis (ATA 32).
84. Maintain Headlamps (ATA 33).
85. Describe Oxygen Systems (ATA 35).
86. Describe pneumatic / vacuum systems (ATA 36).
87. Inspect water supply / waste systems (ATA 38).
88. Describe the aircraft's internal maintenance systems (ATA 45).
89. Describe Integrated Modular Avionics (ATA 42).
90. Describe cabin systems (ATA 44). 91. Describe information systems (ATA 46).
92. Describe the basics of physics.
93. Check air intake diffuser.
94. Describe compressors.
95. Describe the combustion chamber. 96. Check the turbine.
97. Describe the exhaust nozzle.
98. Describe lubricants and fuels.
99. Describe the lubrication system. 100. Describe fuel systems.
101. Describe air systems.
102. Describe the starting and ignition systems.
103. Describe engine display systems. 104. Describe turbo-propeller engines. 105. Describe turbo shaft engines.
106. Describe auxiliary power plants. 107. Describe the power plant equipment.
108. Describe fire protection systems. 109. Describe engine maintenance and ground operation.
110. Understand the basics of a propeller.
111. Describe the construction of a propeller.
112. Describe the propeller pitch change mechanism.
113. Describe the protection of the propeller against icing.
114. Describe the maintenance of the propeller.
115. Describe the storage and preservation of the propeller.