The Continuous Bachelor’s Degree in Aviation Electronics Engineering is one of the programs offered by the National Aviation and Airport Higher Education Center. The objective of this program is to train skilled experts capable of understanding, operating, maintaining, and analyzing navigational aid systems, transmitters, and receivers installed at airports, ground sites, and in aircraft. The primary focus of this field is on systems installed at airports and ground sites, though the program also covers aircraft electronic and communication circuits as a secondary priority.
With the ongoing advancements in ground and satellite navigation systems, modern computer systems, and automated flight operations, Aviation Electronics Engineering has become a key and specialized field in the aviation industry. This field must stay current with the latest technical and scientific developments in step with industry growth. Given the critical role of new technologies and electronic systems in enhancing the safety and efficiency of air transportation, this field is regarded as one of the core and most essential specialties within the aviation sector. This program consists of 143 credits, structured over eight semesters.
Program Goals and Content:
Fundamentals of Electronics: Students take essential and specialized courses in Electrical Engineering with a focus on electronics, particularly analog and digital electronics. Courses in microwave communications are also included due to their importance in navigation devices.
Understanding Navigation and Communication Systems: Students learn about various navigation systems, transmitters, receivers, and systems used in aircraft, such as flight control and aviation communication systems.
Design and Repair of Electronic Equipment: The program includes training in the design, construction, installation, and repair of electronic and electrical systems, with a special focus on ground-based electronic systems used in aviation navigation and communication.
System Management and Maintenance: Skills related to managing, maintaining, troubleshooting, and optimizing the performance of electronic systems are also covered.
Safety and Standards: Emphasis is placed on international standards and safety requirements relevant to aviation electronic systems throughout the course.
Familiarity with Aviation Regulations: Students study international aviation regulations, as well as annexes and specific regulations related to aviation electronics.
Introduction to Aircraft Avionics: The course provides an introductory overview of onboard navigation aids and communication systems in aircraft. Additionally, students receive basic training on aircraft instrumentation and electrical systems.
Research and Innovation: Students are expected to develop research and innovation skills in various electronic technologies and their applications in the aviation industry.
This comprehensive training ensures that graduates are prepared to support the evolving demands of the aviation industry through specialized knowledge and practical skills in aviation electronics.
