Master in Communications and Networking
Brno University of Technology
EUR 1,000 / per year
Earliest start date
Become an expert in modern communications and networking technologies!
Do you want to understand the technical details of communication and networking technologies and be able to solve various theoretical and practical problems in areas including 4G/5G mobile and fixed communications, metallic, optical or wireless networks, advanced network devices, telecommunication and multimedia services, Internet of Things, smart city applications, machine learning algorithms, cybersecurity mechanisms, and high-speed data transmissions?
We have a great opportunity for you to apply for the two-year Master's Program in Communications and Networking (MPA-CAN), which aims to produce graduates with in-depth theoretical knowledge and practical expertise in modern telecommunications and information technology. Upon completion of the programme, you will be qualified to design and operate modern ICT equipment and systems.
Keywords: communication, networking, master, BUT
The two-year study programme in English COMMUNICATIONS AND NETWORKING (MPA-CAN) in the master’s degree programme at the Faculty of Electrical Engineering and Communication (FEEC) BUT aims to educate MSc graduates with a profound theoretical understanding and practical knowledge of modern telecommunications and information technologies who are also qualified in light-current electronics and communication technology and can apply this knowledge in the design of new appliances and systems.
The core courses include subjects in theoretical and practical information technology, multimedia, communication technology and electronics.
The study of this programme can be commenced only after the students have completed the bachelor’s degree programme and passed the bachelor’s final state examination, preferably in a programme oriented towards electrical engineering or information technology.
Instruction in this programme of study is ensured primarily by the Department of Telecommunications (UTKO). The offer of optional courses along with an individual semestral project and the thesis enable students to focus more closely on the area of mobile and fixed communications, metallic, optical or wireless networks, modern network technology appliances, telecommunication services, multimedia, internet technologies and their services, Internet of things IoT, smart technology, security methods and high-speed multimedia transmission. Students are also introduced to the knowledge of digital filters, signal processors, multimedia signal processing and the design of electronic circuits and systems. The graduates will be able to work with user interfaces, use parallel processes in operation systems and ensure the security of information systems. Depending on their individual choice, students will be thoroughly acquainted with digital methods of processing and transmission of speech, sound and image signals. They will be introduced to the design and realization of computer networks, database systems and distributed applications as diverse information technologies. To improve the student’s understanding of theory, courses within the theoretical extension in higher Mathematics are provided. Students can also choose technical courses from the programme MPA-TEC Telecommunications provided by the Department of Radio Electronics (UREL), English for Engineers and management courses from the Faculty of Business and Management.
1st Year of Study
- Digital Signals and Systems (en)
- Modern Communication Techniques (en)
- Data Structures and Algorithms (en)
- Theory of Communications (en)
Required Optional Course
- Car Communication Devices (en)
- Cryptologic Protocol Theory (en)
- Differential Equations in Electrical Engineering (en)
- Digital Broadcasting (en)
- Telecommunication Systems (en)
- Modern Network Technologies (en)
- Multimedia Data Processing (en)
- Nanosatellite Design and Electronics (en)
- Optical Networks (en)
- Programmable Logic Devices (en)
- Probability, Statistics, and Operations Research (en)
- Advanced Techniques of Image Processing (en)
- Radiofrequency Identification (en)
- Wireless Sensor Networks (en)
2nd Year of Study
- Diploma Thesis (en)
- Mobile Network Communication Systems (en)
- Parallel Data Processing (en)
- Services of Communication Systems (en)
- Tit Seminar (en)
- Semestral Thesis (en)
Required Optional Course
- Antennas and Radio Links (en)
- Near and On Body Communications (en)
- Wireless Communications (en)
- Computer and Communication Networks (en)
Any Year of Study
- Theory of Dynamic Systems (en)
- Czech Language (en)
- Solid State Physics (en)
- Design and Technology of Electronic Equipments (en)
- Robust and Algebraic Control (en)
The Graduate Will Possess Detailed Knowledge in The Field of Communication and Networking Technologies. He Is Both Well-Provided with Theoretical Knowledge of Communication and Information Systems and Familiar with Their Design, Electronic Design Itself, Applications, Services, Smart Systems, Internet of Things IoT, Surveillance, and Measuring Systems. The spectrum of His Theoretical and Practical Knowledge Embraces Properties of Transmitted Multimedia Signals and Data, Their Processing, and Subsequent Technical Realization of Communication and Information Systems. He Is Familiar with The Structure and Provision of Various Services in Mobile and Fixed Communication and Computer Networks.
What Degree Programme Types May Have Preceded
The Graduates May Continue in A Doctoral Study Programme.
The graduate is qualified to solve problems of communication and information technologies. He is sufficiently knowledgeable in problems related to radio communication design, instrumentation, and applications of microelectronic circuits. Thanks to the good theoretical foundations coupled with sufficiently universal education in applications-oriented studies he can be expected to accommodate all concrete requirements of his future professional practice in other areas of electronics and electrical engineering.
Graduates in this program of MSc studies will find application in the research, development, design, and operation of challenging communication and information technologies. They can participate in the development of new generations of services in classical and mobile communication and computer networks. In addition to their technical knowledge of problems, they will be prepared to perform higher executive and managerial functions. Their sufficient theoretical education provides the required basis for possible enlargement of their knowledge in doctoral studies.