Postgraduate & Doctoral studies

Studying on PhD programmes at Igor Sikorsky Kyiv Polytechnic Institute consists of the following stages
Stage 1 . The postgraduate student acquires theoretical knowledge, skills and other competences sufficient to solve complex problems and generate new ideas in the field of professional, research and innovation activities.
Stage 2. The postgraduate student must conduct his/her own research, the results of which have scientific novelty, theoretical and practical significance.
Stage 3. The graduate student must publish scientific publications on the topic of the dissertation
Stage 4. The postgraduate student must prepare a dissertation
Stage 5 . The postgraduate student must pass the procedure of public defence of the thesis
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The list of implemented research at Igor Sikorsky Kyiv Polytechnic Institute by postgraduate students

List of the most important areas of fundamental and applied scientific research in which the National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute” has significant achievements, promising developments, and recognized scientific schools

  1. Creation of highly efficient, environmentally friendly, energy- and resource-saving technologies and equipment in the mechanical engineering, chemical, light, oil refining, and construction materials industries, development of object-oriented structural and process modelling systems, and ensuring the quality and reliability of advanced equipment;
  2. Thermodynamic, physical and chemical processes and phase transformations in metallurgical and casting technologies;
  3. Study of the regularities of structure formation and properties of single crystals, amorphous, metallic and composite materials, compounds and coatings;
  4. Chemical and chemical-technological processes and the creation of new substances, materials and compositions based on them, including biologically active ones, through the integrated use of new and traditional raw materials, waste-free and environmentally friendly technologies;
  5. Methods and means of saving primary energy resources and ensuring environmental safety of energy generating technologies. New highly efficient types of resource-saving heat and power equipment;
  6. Methods of managing the production, transmission, distribution, conversion and consumption of electricity. Management of energy efficiency;
  7. Highly efficient technological processes of welding and welded structures, restoration of machine parts, creation of high-performance equipment, welding materials, control and management tools;
  8. Modern methods of information processing, principles of building high-performance computer systems and networks, advanced information technologies for information processing, diagnostics and management in complex organisational and technical systems;
  9. Hardware, mathematical and software of digital systems in modern information technologies. Methodology and methods of building intelligent information and network technologies, databases and knowledge;
  10. Microwave devices and systems for special and general applications;
  11. Software and hardware systems for recognising audio and video signal patterns;
  12. Advanced telecommunication systems and technologies based on modern microwave and digital electronic equipment;
  13. Processes and phenomena in the fields and environments of creating highly efficient electronic devices, devices, systems and networks on their basis;
  14. Methods of structural and parametric optimisation of electrodynamic systems and creation of the latest radio engineering, electroacoustic, electronic devices;
  15. Physical, mechanical, electromagnetic and gravitational interactions in information and measuring instrumentation systems for technical and medical applications;
  16. Methods of modelling, monitoring and forecasting the effects of dynamic pollution processes in the environment;
  17. Scientific and technical basis for the development of medical products;
  18. Physics of semiconductors, solid-state magnetic and non-magnetic nanostructures, and the condensed state;
  19. Fundamental problems of function theory and functional analysis, mathematical physics.