Field G5 Electronics, Electronic Communications, Instrumentation, and Radio Engineering is the foundation of the entire modern world. Today, a specialist in this field is a Hardware Creator and a Signal Architect. You are the one who breathes life into smartphones, manages satellite communications, and creates ultra-sensitive instruments for medicine and space. The objects of your activity will be nanochips, 5G/6G networks, smart home systems, and robotic complexes where every pulse matters.
The goal of training is to transform you into a "designer of reality" capable of managing the flows of energy and information. We will teach you to design microchips, develop wireless communication systems, and create instruments that see the invisible (from thermal imagers to radars). This is the epicenter of High-Tech, where physics turns into the magic of technology. You will learn to create devices that revolutionize how humanity communicates, heals, and explores the Universe.
Your superpower: In a world where everything is connected to the network, you will possess Electronic Intuition and Communication Mastery—skills for creating reliable systems in an environment of total digitalization. Your professional toolkit will include:
- Microelectronics & Circuit Design: developing the "hardware" that forms the heart of any gadget.
- Radio Engineering & Wireless: harnessing electromagnetic waves to transmit gigabytes of data in seconds.
- Internet of Things (IoT): connecting billions of devices into a global intelligent network.
- Digital Signal Processing (DSP): filtering and analyzing signals for crystal-clear sound, imagery, and communication.
Our graduates are leading developers at Intel and Samsung, mobile network engineers, medical equipment creators, and secure communication system architects, where the ability to view the world through the lens of electrons and waves is highly valued.
Objects of activity for bachelor's graduates include electronic components and devices; radio and television broadcasting systems; telecommunication and infocommunication facilities; as well as high-precision measuring and diagnostic instruments.
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 Info Communication Systems | Bachelor | Full-time | 3 years 10 months |
| Radio Electronic 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 |
| Radio Electronic Devices, Systems and Complexes | Full-time & Part-time | ||
| Micro- and Nanosystems Technology | |||
| Systems of Autonomous Navigation and Adaptive Control of Aircraft | |||
| Information 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 |