Level of education: Bachelor programmes
Type of instruction: Full-time
Duration: 4 years
Language of instruction: English, Russian
Main academic courses
- Courses in all branches of Mathematics: Algebra, Mathematical Analysis, Complex Analysis, Analytical Geometry, Differential Geometry and Tensor Analysis, Discrete Analysis, Differential Equations, Probability Theory and Mathematical Statistics, Methods of Computation, Functional Analysis, Mathematical Physics Equations, etc.
- Courses in Programming: Programming and Computational Workshop, Computer Architecture and Operating Systems, Databases and Operating Systems, Applied Software Packages, Computational Programme Packages
- Courses in Mechanics: Theoretical Mechanics, Fluid and Gas Mechanics, Solid Mechanics
In addition to general courses, students are provided with specialised courses in all major branches of Mechanics:
- Computer Methods in Mechanics
- Mechanics of Robots
- Vibrations and Waves
- Nonlinear Problems of Cosmodynamics
- Asymptotic Methods in Mechanics
- Stability and Motion Control
- Rarefied Gas Dynamics
- Experimental Aerodynamics
- Gas Dynamics
- Theory of Boundary Layer
- Nonequilibrium Flows of Gas Mixtures
- Applied Gas Dynamics
- Stability of Plates and Shells
- Problems of Structural Stability
- Theory of Plasticity
- Electromechanical Models of Solids
- Functional Materials
- Introduction to Viscoelasticity Theory
- Finite-Element Method
- Engineering Methods in Fracture Mechanics
- Physical Mechanics of Continuous Media
- Dynamics of Corpuscular Beams
- Extremal Problems in Mechanics
- Elements of Physical Mechanics
- Fundamental mathematical training that provides: opportunities for active work in the most complex areas of modern mechanics; and in-depth knowledge of programming that enables computer simulation of processes and phenomena in various systems.
- A high-profile team of teachers and researchers who provide training in all areas of modern mechanics;
- The existence of acting scientific schools that make it possible for students to be actively engaged in research work directly at the University;
- Work on unique experimental facilities in our own laboratories; combining the capabilities of theoretical and experimental approaches that make it possible for graduates to comprehensively study the most complex problems of mechanics;
- Mastering the application programmes for solving problems of theoretical mechanics, hydroaeromechanics and the theory of elasticity (ANSYS, FLUENT, etc.) and creating their own algorithms and programmes for specific problems of modern mechanics using the cutting-edge computer equipment;
While studying, students have research practice and do internships at the departments and laboratories of St Petersburg University.
Graduates of the programme are ready for successful professional activity in: research, engineering and design institutions; the construction industry; mechanical engineering; the aerospace industry; biomechanics; robotics; and other fields of engineering and natural science related to the development and application of mathematical methods. They can work as specialists in research, development and engineering in the field of: mathematical modelling; scientific and applied research for the most advanced high-tech industries; engineering and manufacturing activities. Teaching activities in secondary general and vocational education are also possible.
Organisations where our graduates work
Graduates of the programme can continue their studies at master’s programmes of St Petersburg University and other universities. They can also work at: the institutes of the Russian Academy of Sciences; the enterprises of the State Corporation Roscosmos; subsidiaries of PJSC Gazprom Neft; JSC United Shipbuilding Corporation; the Investment Group of Companies ‘Mavis'; the Izhora plant; Central Marine Design Bureau 'Almaz’; the Obukhov plant; and Rubin Central Design Bureau.
Interested in this programme — set up your personal account to proceed with your application.