Vijesti

STUDY: Aircraft Maintenance

Course: Aircraft Systems and Equipment II

Semester:

Lectures + Exercises:

Total:

ECTS Credits:

IV

3

2

75

5

Course Objective: Gaining knowledge of basic aircraft systems and their operating principles.

Course Contents:

ATA21 (air-conditioning systems): cabin heating systems, operating principle of the Air Cycle machine, regulation and control of temperature in the aircraft, regulation of passenger cabin pressure (manual and automatic);

ATA22 (auto pilot): Flight Guidance system, Flight Management system and Full Authority Digital Engine Control system, aircraft protection against a large angle of attack and high flying speed, landing categories CAT-I/CAT-II/CAT-III;

ATA23 (communications): internal communication systems within the aircraft, communication with radio stations, ACARS;

ATA25 (equipment): data transmission with a possible selection of time, impulse modulation, passenger entertainment system, notification system, emergence systems, required equipment by JAR-OPS-I;

ATA27 (flight control): governing flight controls and a return loop of flight control positions with a view of FGS system;

ATA28 (fuel system): types of: fuel, pumps, valves and ducts, diagrams of aircraft fuel systems;

ATA29 (hydraulic system): basic features of the system and hydraulic media (oil, aviation gasoline), motor-driven pumps and emergency pumps, starters and hydraulic motors, diagrams and technical solutions on the aircraft;

ATA30 (ice and rain protection): deicing the aircraft on the ground, anti-icing protection during flight;

ATA32 (landing gear): flight/ground operating modes, automatic braking with a connection to the Flight Guidance system;

ATA33 (lights): navigation and cabin lights, emergency lights, JAR OPS-I;

ATA36 (oxygen system): oxygen system for flight crew and passengers.

General and Specific Competencies (Knowledge and Skills): Comprehension of the operating principles of mechanical and electrical/electronic components and assemblies of aircraft systems. Knowledge of legal regulations on the design and programming of aircraft systems maintenance. Competence of reading aircraft system work schemes. Competence for finding faults on aircraft systems. Correct approach to the elimination of fault on aircraft systems. Competence for enhancing a technological process of aircraft systems maintenance.