Engineering-Oriented Physics

• Visual Modelling of Electrical Systems and Devices
• Fundamentals of Quantum Microphysics
• Fundamentals of Fracture Mechanics
• Fundamentals of Building Finite Element Models and Solving Hydrodynamic Problems
• Fundamentals of Creating 3D Models
• Foundations of Plasma Physics
• Foundations of Electrophysics
• Thermal Physics and Natural Convection
• Physical Mechanics of Continuous Media
• Numerical Modelling of Physical Processes
• Experimental Research Techniques for Electrophysical Processes
• High-Level Programming Languages for Scientific and Engineering Tasks
• Methods for Planning and Conducting Engineering Experiment
• Techniques for Digital Signal and Image Processing
• Finite Element Method for Electromagnetic Problem Solving

• Mikhail Pavleino, Associate Professor at St Petersburg University, author of scientific publications in the field of electrical and radiophysics, and supervisor of more than 40 research projects in high-voltage power engineering conducted over the past ten years
• Vladimir Chirkov, Associate Professor at St Petersburg University, Research Supervisor of the academic programme ‘Engineering-Oriented Physics’, Principal Investigator of research projects supported by grants, Member of professional organisations including the Institute of Electrical and Electronics Engineers and the Electrostatics Society of America; the official representative of St Petersburg University on the Technical Committee for State Standardisation in Electrostatics; Guest Editor of the Journal of Electrostatics; and Member of the programme committee of the International Symposium on Electrohydrodynamics (ISEHD)
• Andrey Samusenko, Associate Professor at St Petersburg University, Research Supervisor of the academic programme ‘Engineering Electrophysics’; the official representative of St Petersburg University on the Technical Committee for State Standardisation in Electrostatics; head of research projects in the area of electric power network reliability

• The bachelor’s programme ‘Engineering-oriented Physics’ is designed to train specialists for modern high-tech enterprises operating in the priority areas of the development of science and technology and industry in Russia
• The programme is developed together with long-term employers to train graduates of St Petersburg University
• The training is based on the combination of fundamental education with practical work in academic and research laboratories, as well as at the enterprises of potential employers
• Students study the methods of processing and transmitting information in depth. They also learn about the modern methods for solving engineering and applied problems using world-class software systems

• The Université de Poitiers (France)
• The University of Seville (Spain)
• The Gdynia Maritime University (Poland)
• McMaster University (Canada)

The programme trains specialists for modern high-tech enterprises with research-intensive world-class production conducting R&D in engineering and applied physics and introducing new cutting-edge technologies and devices through the methods and approaches of applied mathematics and physics.  

Professions

• Design engineer
• Structural engineer
• R&D engineer
• Analyst