Electrophysics, electrophysical devices
Qualification given: Researcher in the field of Engineering sciences
Academic degree: PhD in Engineering sciences
Faculty: Faculty of Computer Science and Electronics
Department: Department of Power Engineering and Electronics
Forms of study: full-time – 3 years, part-time – 4 years, independent degree seekers– 5 years
Electrophysics, electrophysical devices is a field of science and engineering aimed at the research of physical regularities of origination and spreading in different environment of charged particles, electromagnetic fields, ultrasound, and the mechanisms of their interaction with physical bodies and substances. They involve the improvement and creation of new methods and principles for utilizing electrophysical phenomena in devices implementing electron and ion-beam, plasma, laser, ultrasonic, and microwave technologies.
Areas of study
- Physical phenomena during switching and transformation of electromagnetic energy.
- Physical processes in accumulators of various types.
- Physical processes of formation, switching, and transportation of high-energy particle flows, ultrasonic, and electromagnetic fluxes.
- Sources of charged particles, electromagnetic and ultrasonic radiation, plasma generators.
- Electrophysical devices for influencing materials.
- Accumulators and switches of electromagnetic energy of various types. Issues of environmental and electromagnetic compatibility of electrophysical installations.
Professional competencies
- Deep understanding of the principles of electrophysics and physical processes in electrophysical installations.
- Skills in conducting research, modeling, and analyzing electrophysical processes.
- Development and optimization of electrophysical devices and systems.
- Control and diagnostics of electrophysical installations.
- Working with advanced technical tools and software for data analysis and modeling.
- Understanding of environmental and electromagnetic compatibility issues in electrophysics.
- Critical thinking and independent scientific work.
Graduate destinations
- Scientific research activities.
- Teaching at higher education institutions.
- Work in scientific institutes, universities, and design bureaus. Fundamental and applied research in electrophysics.
- Development of new methods and installations.
- Participation in the creation of advanced technologies and devices.
- Work in the field of developing electrophysical installations and technologies.
- Design, modeling, and optimization of systems.
- Development of technical solutions and patents.
- Work at industrial enterprises. Implementation and support of technologies.
- Quality control of production.
- Consulting and expertise in government agencies and engineering companies.
