CURRICULUM of the specialty “Aviation Equipment and Technologies”

Professional Field:

5.5 Transport, Shipping and Aviation

SEMESTER I

1. MAT12 Mathematics I
2. PHY01 Physics
3. CHE01 Chemistry
4. CCE23 Information and Communication Technologies
5. LNG01 Foreign Language I
6. SPR01 Sport

SEMESTER II

7. MAT22 Mathematics II
8. ENG01 Materials Science
9. MEC01 Mechanics I
10. EEA21 Electrical Engineering and Electronics
11. LNG02 Foreign Language II
12. PRC01 Practicum (Practical Training/Internship)
13. SPR02 Sport

SEMESTER III

14. MAT31 Mathematics III
15. MEC02 Mechanics II
16. MEC03 Strength of Materials
17. ENG02 Engineering Graphics
18. CCE24 Internet Technologies
19. SPR03 Sport

SEMESTER IV

20. MEC10 Machine Elements
21. MEC11 Fluid Mechanics
22. ENR04 Thermodynamics and Heat Transfer
23. MEC09 Theory of Mechanisms and Machines
24. EEA23 Analog and Digital Circuit Design
25. MEC07 Machine Elements – Project
26. PRC02 Practicum (Practical Training/Internship)
27. SPR04 Sport

SEMESTER V

28. BPAE01 Aerodynamics of Aircraft
29. BPAE02 Air Navigation I (General Navigation)
30. BPAE03 Technology of Aviation Production
31. BPAE04 Piston Engines
32. BPAE05 Radio Engineering
33. BPAE06 Aerodynamics of Aircraft – Project

SEMESTER VI

34. BPAE07 Flight Dynamics I
35. BPAE08 Air Navigation II (Radio Navigation)
36. BPAE09 Aviation Equipment I (Aviation Instruments and Automatic Systems)
37. BPAE10.1 Hydro- and Pneumatic Drives
38. BPAE11 Aircraft I
39. BPAE12.1 Aviation Engines I
40. BPAE13 Flight Dynamics I – Project

SEMESTER VII

41. BPAE14 Flight Safety
42. BPAE15 Flight Dynamics II (Stability and Controllability of Aircraft)
43. BPAE16 Aircraft II
44. BPAE17 Electrical Systems and Devices
45. BPAE18.1 Aviation Engines II
46. BPAE19.1 Aircraft Design
47. BPAE20.1 Aircraft Design – Project

SEMESTER VIII

48. BPAE21 Aviation Technologies
49. BPAE22 Aviation Equipment II (Radio-Electronic Equipment of Aircraft)
50. BPAE23.1 Aircraft Control Systems
51. BPAE24 Aviation Management
52. BPAE25 State Exam

II. BASIC PARAMETERS OF THE CURRICULUM

• Duration of Study – 4 years, 8 semesters
• Classroom workload according to the curriculum:
• Total – 2295 hours
• Lectures – 1305 hours
• Seminars – 285 hours
• Laboratory Exercises – 705 hours
• Out-of-classroom workload according to the curriculum – 4905 hours
• Full workload according to the curriculum – 7200 hours
• Study Disciplines
• Compulsory - 44
• Elective - 7
• Optional - 7
• Foreign Language - 2
• Sport - 8
• Projects - 4
• Practicums - 2
• Assessment/Control
• Exams - 27
• Current/Ongoing Assessments - 20
• Course Projects - 4
• Course Works/Papers - 10
• Practical Training/Preparation – 4 weeks
• State Exam – 1
• Total Number of ECTS Credits – 240

LISTS OF ELECTIVE DISCIPLINES

List 1 Compulsory Elective Discipline ECTS = 4

1. Hydro- and Pneumatic Drives BPAE10.1
2. Theory of Automatic Control BPAE10.2

List 2 Compulsory Elective Discipline ECTS = 6

1. Aircraft I BPAE11.1
2. Aircraft and Aviation Engines BPAE11.2

List 3 Compulsory Elective Discipline ECTS = 5

1. Aviation Engines I BPAE12.1
2. Electronic Devices BPAE12.2

List 4 Compulsory Elective Discipline ECTS = 6

1. Aviation Engines II BPAE18.1
2. Aviation Radar Systems and Devices BPAE18.2

List 5 Compulsory Elective Discipline ECTS = 4

1. Aircraft Design BPAE19.1
2. Aviation Communication and Information Systems BPAE19.2

List 6 Compulsory Elective Discipline ECTS = 2

1. Aircraft Design – Project BPAE20.1
2. Aviation Communication and Information Systems – Project BPAE20.2

List 7 Compulsory Elective Discipline ECTS = 6

1. Aircraft Control Systems BPAE23.1
2. Air Traffic Control BPAE23.2

ECTS: The European Credit Transfer and Accumulation System (ECTS) indicates the credit value of each course. Higher numbers generally mean more study time is required.