PhD in Communication Technology

• Analog Electronic Circuits
• Applets of Integral and Discrete Transforms
• Basic Methods of Statistical Data Analysis in Practice
• Construction of Electronical Equipments
• Fiber-optic sensory systems
• Graph Theory I
• IP Multimedia Systems
• Linear and Nonlinear Fiber Optic Systems
• Mathematical Methods and Tools for Reliability and Risk Analysis
• Modeling and Simulation of Complex Systems
• Neural Networks
• Next Generation Networks
• Optical Communication Systems
• Optoelectronics
• Petri Nets
• Protocols of Information and Communication Networks
• Reliability of Electronic Devices
• Security of Communication Technology
• Selected Issues of Network Technologies
• Selected Parts of Optical Communications
• Signal Processors and Applications
• Software Defined Radio
• System on Chip
• Techniques of Measurement in Communication Systems
• Telecommunication Networks and Services
• Web Engineering

Graduate's skills

The graduates are also capable of harnessing state-of-the-art knowledge. They can design and use advanced solutions to the challenges of communication technologies and take responsibility for the management of research teams and solving scientific problems.

Study Aims

The aim of the study program Communication Technology is to train highly skilled scientific experts in the fields of radio, optical or application-oriented sensors and computer networks. During the course of study, attention is paid to information and communication security as well. The graduates are capable of inventing novel and innovative solutions, using unconventional approaches to solve problems, developing new technologies and enhancing the current ones. This aim is imprinted on both the student selection process and the study course itself.

Graduate's Knowledge

The graduates gain deep and systematic knowledge of communication technology. They understand the theoretical basis and the concepts that form the centrepiece of this scientific field. The graduates actively work in the scientific community on the international level and gain a wide understanding of the topic and the overlapping scientific and engineering fields of interest. They are capable of conducting interdisciplinary research and reaching internationally recognized results.

Graduate's General Competence

The graduates are also prepared for continuous learning and are able to gain and use new knowledge and expertise. They can prepare and lead research projects, and find and state the crucial and long-term questions in the field of communication technology. The graduates are trained in conceptual and resource planning and their communication skills are cultivated so that they can present and successfully defend their ideas on the international stage.

Graduate's Employment

The graduates of the Communication Technology study program a highly skilled experts capable of creative research work in telecommunications with insight into the closely related areas of electronics and computer science. They can find employment in scientific institutions and academia in positions such as R&D specialist, chief of company R&D department, assistant professor or lecturer.

Professions

• Communications network designer
• Research and development
• Academic staff member