Educational program

More details
Code – Speciality

8D07105 - Heat power engineering
The aim of the educational program

Training of high-level specialists capable of developing and applying innovative technologies, as well as expanding the practical base and methods for solving inventive problems aimed at developing the domestic industrial and technical school in the field of thermal power engineering using advanced and resource-efficient technologies. Translated with DeepL.com (free version)
Graduate model
Graduate qualification Professional sphere:

After completing a doctorate in thermal power engineering, graduates can find employment in various fields such as higher education, experimental research, engineering systems design, industry management, industrial production and educational institutions.
The object of professional occupation:

Graduates of the doctoral programme in thermal power engineering can apply their knowledge and skills in various fields such as power plants, plant energy systems, thermal technology, boilers, turbines, compressors, refrigeration plants, air conditioning systems, chemical reactors, hydrogen-based power generation, heat and mass transfer apparatus and energy networks.
Types of professional occupation:

Doctoral educational programmes in the field of thermal power engineering are oriented towards scientific and practical training and provide in-depth specialised professional training, allowing graduates to successfully engage in experimental, practical, managerial and expert activities.
Functions of professional occupation:

As part of the experimental and research activities in the field of thermal power engineering, students study the latest scientific results, literature and projects, apply modern technologies and programmes to solve problems. They analyse information systems by means of mathematical prediction and system analysis, use modern methods of computing and computer technology. Doctoral students also develop mathematical models, algorithms, software and tools for experimental research projects, write reviews, abstracts and bibliographies. They participate in seminars, conferences and symposia and prepare scientific publications.
Graduate competences map
Formed core competencies Program outcome
1. Doctoral students have the ability to analyse a variety of situations using a systematic practical approach and make innovative decisions. Plan and implement continuous learning and skills development with autonomy, self-regulation and autonomy
2. Be able to interact internationally in a culturally sensitive and linguistically competent manner in professional activities. Have the effective communication skills necessary to be successful in a professional environment
3. Conduct experimental research in the field of thermal power engineering. Use methods of engineering experimentation and mathematical modelling to develop new solutions in the field of heat power engineering
4. Ability to implement innovative technologies in the field of thermal power engineering. Evaluate the feasibility and reliability of technical solutions in the field of thermal power engineering
5. Ability to create efficient and environmentally friendly technologies in the field of thermal energy. To assess the environmental safety of technologies in the field of thermal energy, as well as to evaluate their effectiveness
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study