Specialty G5 “Electronics, Electronic Communications, Instrumentation and Radio Engineering” is an engineering and technical field that combines the development of electronic devices, communication systems (telecommunications), radio engineering, and IoT technologies. Specialists design, configure, and maintain hardware such as microcontrollers, sensors, networking equipment, and digital systems.

Main areas and competencies: 

Electronics: Design of integrated circuits and printed circuit boards (PCBs), assembly and testing of electronic devices.

Electronic Communications: Work with 5G networks, fiber-optic communication lines, data transmission systems, and mobile communication.

Instrumentation Engineering: Development of measuring instruments and sensors for industry and medical equipment.

Radio Engineering: Design of radio electronic systems, communication and navigation equipment.

What students study: 

Fundamentals of microelectronics, circuit design, and embedded systems.

Object-oriented programming (C++/Python) for hardware control.

Internet of Things (IoT) technologies, sensors, and automation systems.

Signal analysis, digital data processing, and communication theory.

Career opportunities (positions):

Electronics / radio equipment design engineer.

Telecommunications engineer / technician.

Embedded Systems Developer.

Network equipment and IoT systems specialist.

Automation engineer.

This specialty forms the foundation of Industry 4.0, enabling modern digital services and smart devices.

The training is carried out by:

- Department of Aircraft Control Systems (301);

- Department of Intelligent Measurement Systems and Quality Engineering (303);

- Department of Aerospace Radioelectronic Systems (501);

- Department of Information and Communication Technologies named after O.O. Zelenskyi (504);

- Graduate and Doctoral Studies Department.

Educational Programs Offered:

Educational Program	Degree	Mode of Study	Duration of Study
Engineering and Programming of Infocommunication Systems	Bachelor (based on complete secondary education)	Full-time	3 years 10 months
Radioelectronic Devices, Systems, and Complexes		Full-time & Part-time
Micro- and Nanosystems Technology
Systems of Autonomous Navigation and Adaptive Control of Aircraft
Communication Networks	Master, Professional Educational Program	Full-time	1 year 4 months
Radioelectronic Devices, Systems, and Complexes		Full-time & Part-time
Micro- and Nanosystems Technology
Systems of Autonomous Navigation and Adaptive Control of Aircraft
Communication Networks	Master, Research Educational Program	Full-time	1 year 9 months
Telecommunications and Radio Engineering	Doctor of Philosophy (PhD)	Full-time & Part-time	4 years
Systems of Autonomous Navigation and Adaptive Control of Aircraft