Electrical and Electronic Engineering

Module aim

To develop students' pedagogical competence, adapted to the individual educational practice, successful and modern planning, organizing and managing the study process.

Description

The subject reveals close connections between subject, scientific and educational competencies of a teacher. During lectures, seminars, and independent work, higher education didactics is analyzed, emphasizing student-centered studies, international and national higher education space, forms and methods of communication, methodologies in academic environment with different groups of society. The basis of studies consists of reflexive experiential learning, which helps to develop doctoral students' analytical and critical thinking, ability to evaluate their own and others' decisions, promotes a holistic and responsible approach to their activities.

Module aim

To introduce the most innovative research methods and methodologies providing specialized knowledge for the solutions to the scientific research and other areas problems.

Description

Science philosophy. Prevention of plagiarism. Search for scientific information. Scientific information bases. How to write and publish a paper in a journal indexed in Web of Science. Modern software tools for research planning and scientific results publishing. Modern software tools for research planning and scientific results publishing Knowledge transfer, commercialization and patenting.

Module aim

To introduce the most innovative research methods and methodologies providing specialized knowledge for the solutions to the scientific research and other areas problems.

Description

Science philosophy. Search for scientific information. How to write and publish a paper in a journal indexed in Web of Science. Big data and its analytics. Modern software tools for research planning and scientific results publishing. Quantitative methods for cross-sectional data analysis. Modern software tools for processing and vizualization of experiments results. Statistical processing of the research data and development of empirical models. Knowledge transfer, commercialization and patenting.

Module aim

To introduce the most innovative research methods and methodologies providing specialized knowledge for the solutions to the scientific research and other areas problems.

Description

Science philosophy. Prevention of plagiarism. Search for scientific information. Scientific information bases. How to write and publish a paper in a journal indexed in Web of Science. Modern software tools for research planning and scientific results publishing. Modern software tools for research planning and scientific results publishing Knowledge transfer, commercialization and patenting.

Module aim

To support doctoral students to acquire knowledge of modern optoelectronic materials, devices and technologies, and to implement and apply the acquired knowledge in future research and experimentation.

Description

Systematic theoretical and practical knowledge about modern optoelectronic materials, structures and basic technological solutions; knowledge about basic physical mechanisms of light emitters, radiation receivers and devices for manipulation of electromagnetic waves. Development of abilities of modeling, optimization and application in practical situations.

Module aim

The aim of the module is to provide the knowledge about the embedded systems, which are necessary for research and development of new Embedded Systems for the control of technologies.

Description

The knowledge about the Embedded Systems (ES) classification, development stages, development platforms, ES kernels, data transfer, integrated ES development environments, debugging of ES programs and operation systems dedicated to ES are provided. The specialized knowledge about the ES dedicated to control of the AC motors and ES for automatic control of the technologies are delivered as well.

Module aim

To acquire a deeper knowledge about computer system design and application for advanced research in the field of computer and information security.

Description

Acquire theoretical and practical knowledge about modern computer systems, their security tools and mechanisms. Learn how to model computer system security using various methods and applications. Focus on computer systems security incident detection, analysis and management issues.

Module aim

To provide PhD students with knowledge about structure of advanced microprocessor systems and principles of discrete time control systems design. Acquire ability to apply that in their research work.

Description

Student will acquire systemic and working knowledge for choosing of suitable system structure and elements, acquire abilities to predict the behavior of the plant, to choose optimal existing or develop new control algorithms. Acquire knowledge to develop suitable structure of microprocessor software, enabling long lasting reliable operation of the system and its renovation possibilities.

Module aim

To help doctoral students gain knowledge and skills of numerical methods which are necessary for electrodynamic systems research, and for designing microwave devices and systems.

Description

Students acquire theoretical and working knowledge about numerical methods (finite differences, finite elements, finite difference time domain, and integral equations) and possibility of their application for the solving of problems of electromagnetism. Students receive skills of calculation of electromagnetic fields, creations of models of microwave devices and researching of their properties.

Module aim

To acquire deeper knowledge and skills needed for the design and scientific research of system-on-chip and their systems.

Description

In the course of Design Integrated Circuits and Systems on Chips, deeper and/or new knowledge is acquired about computer models of integrated circuit components, the design of very large-scale circuits with complementary metal-oxide-semiconductor (CMOS) transistors, specifics of analog circuit modeling, advanced automated design technologies for chip layouts, and the developmental perspectives of design of systems-on-chip.