Specialization: Radioelectronics (RE)
Master's degree: Electronics and Telecommunications,
Characteristics of the specialty
The development of modern radio systems as cellular networks, wireless computer networks, satellite communications and navigation or other RF systems, as well as a wide range of traditional applications of RF and microwaves in industry, medicine, measurement devices, etc., creates a great demand for engineers that are well prepared in the field of general electronics, which are simultaneously characterized by understanding of radio networks, high-frequency and high-speed digital systems, and electromagnetic compatibility issues. Education in mentioned areas is offered by the Radioelectronics specialty where great importance is attached to the design of analog and digital electronic systems and devices with the use of modern software tools. This approach allows taking into account the requirements of electromagnetic compatibility and signal integrity. The knowledge obtained during studies in the field of Radioelectronics allows graduates to design modern electronic devices and radio communication systems. The curriculum for the Radioelectronics specialization includes antenna technology , analysis and design of passive and active radio and microwave systems using advanced ECAD software, basics of radio broadcasting and reception (including software-defined radio), wireless systems and networks (including LTE), training in usage of specialized measuring instruments conducted in well-equipped laboratories.
Student profile
A graduate from Radioelectronics, beside the general education in the field of electronics, understands the radio networks, high-frequency systems and high-speed digital systems as well as electromagnetic compatibility issues, which are crucial for modern technology.
Prerequisites
Studies in the specialization require fundamentals of electrical engineering and electronics.
Issues
Students of Radioelectronics gain knowledge in the following areas:
- radio and microwave systems
- antennas and antenna arrays
- ECAD tools
- electromagnetic compatibility and signal integrity
- modern radio systems and networks
Specialization subjects
- Modulation and signal transmission
- Laboratory and project of high frequency circuits
- Software tools
- Microwave engineering
- Radioelectronics
- Measurements in radio engineering
- Antennas and propagation of electromagnetic waves
- Software defined radio
- Wireless local networks
- CAD of electronic circuits
- Modern radiocommunication systems
Graduate profile
Graduate from the specialization will be able to find employment in the following areas:
- Designing of electronic devices and systems with application of electromagnetic compatibility and signal integrity demands
- Analysis and design of passive and active RF and microwave devices
- Designing antennas and antenna arrays
- Designing PCB with adoption of electromagnetic compatibility and signal integrity, including RF and high-speed digital circuits
- Analysis and planning of radio networks
- Designing of the software-defined radio devices
- Tests and measurements of RF and microwave devices and systems
