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Biomedical expert systems

Years: 
V
Semesters: 
X
Credits: 
2.50

Interest in expert systems (ES) as to the kind of artificial intelligence remains unabated. Over the past years we have gained considerable experience in the development of expert systems, including medical ES. Their main purpose - to collect, analyze, evaluate information and making diagnosis. In the estimation algorithms of information is dominated by logic, allowing to diagnose the disease by a set of symptoms derived from a person.

Engineering methods and techniques for diagnosis and therapy

Years: 
V
Semesters: 
IX
X
Credits: 
8.00

"Engineering methods and techniques for diagnosis and therapy" course gives students knowledge of the methods and tools for diagnosis and treatment of sick people.
In the system of medical and engineering studies major elements are the researcher (doctor + engineer) and biological objects (the patient). For effective operation the system requires proper technical support and knowledge of the anatomical and physiological characteristics of human diseases. Quality of diagnosis and effectiveness of treatment depends on the interaction of these components.

Microwave engineering 3. Microwave systems

Years: 
V
Semesters: 
X
Credits: 
5.50

This course introduces physical, circuit and technological foundations of fundamental microwave components design and application the components for development of microwave devices and systems. Students will gain knowledge and experience of:

  • characterization and classification of microwave components,
  • devices and systems; fundamental principles of microwave device development;
  • microwave measurement techniques;
  • proper selection and application of components for microwave device elaboration;
  • trends of microwave systems progress.

Photonics

Years: 
V
Semesters: 
X
Credits: 
3.00

The of the course "Photonics" discipline is to give in-depth knowledge of a wide range of processes associated with the generation, control, detection, and distribution of photons, as well as technologies and devices in which these phenomena occur. Discipline considers processes taking place in the classical optoelectronic components: lasers, light and photodiodes, emphasis is made on the processes that take place in the newly created quantum cascade lasers, fiber-optic transmission lines, photonic crystals and other devices, which are increasingly used in modern technology.

Ultrafast electronic devices (Simulation of nanocomponents)

Years: 
V
Semesters: 
X
Credits: 
6.00

The main objective of the course "Superfast electronic devices" is to give in-depth knowledge of active electronic components with a focus on current trends in electronic technology. These include, first, the consideration of the dynamics of physical processes that take place in a variety of electronic devices with emphasis on performance processes and analysis of semiconductor materials in terms of their dynamic properties. Second, consideration of new physical effects that can be detected with the development of nanotechnology to create a superfast devices.

Biocomponents of nanosystems

Years: 
VI
Semesters: 
XI
Credits: 
3.50

The role of discipline "Biocomponents of nanosystems" - special training to develop nano-based components of wildlife. It provides an experience of knowledge in the field of biomedical nanotechnology and information technology, in the calculation, reporting and research work.

The purpose of discipline - the study of the foundations and principles of biomedical nano-bio-components, the accumulation of experience of their use in practice and acquire skills in simulation.

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