Aero-Electronics and Communications Engineering

The university offers this program in blended mode (distance/online + physical practical facilities) through specific Approved Support Centers. The Aero-Electronics and Communications Engineering- concentration is designed as your passport to certify aircraft’s airworthiness as the undergraduate incorporates the European Aviation Safety Agency* (EASA) syllabus.

Admission Requirements:

Students who have successfully completed all the EASA Part 66 Category B2 modules with certification and/or pass the license examinations aim to pursue a B.Sc. in Engineering with a major in Aero-Electronics and Communications Engineering.

EASA Part 66 Category B2 Modules:

M1 Mathematics

M2 Physics

M3 Electrical Fundamentals

M4 Advanced Electronic

M5 Digital Techniques Electronic Instrument Systems

M6 Materials and Hardware

M7 Maintenance Practices

M8 Basic Aerodynamics

M9 Human Factors

M10 Aviation Legislation

M13 Aircraft Aerodynamics, Structures and Systems

M14 Propulsion

Exemption for EASA Part 66 B2 Certificate Holders:

High School or A-Level Completed Students:

Students who are admitted to the EASA Part 66 Category B2 after high school or A-Level will get 60 credits (Core Credits 45 + GE Credits 15) exemption and need to complete 60 credits with the university to achieve the degree.

Undergraduate Degree Completed Students:

Students who are admitted to the EASA Part 66 Category B2 after high after completing an undergraduate (UG) degree will get 90 credits (Core Credits 45 + GE Credits 15+ 30 UG Credits) exemption and need to complete 30 credits with the university to achieve the degree.

Degree Completion Requirement:

Students have to achieve a total of 123 US or 246 ECTS Credits in 4 Years.