Bachelor’s degree programs |
|
01.03.04 |
Applied mathematics |
01.03.04.01 |
Computer and mathematical modeling in science and engineering
|
09.03.01 |
Informatics and computer engineering |
09.03.01.02 |
Software for computers and automated systems |
13.03.03 |
Power engineering |
13.03.03.01 |
Internal combustion engines |
15.03.01 |
Mechanics engineering |
15.03.01.01 |
Equipment and technology of welding production |
15.03.01.02 |
Laser technologies |
15.03.02 |
Technological machines and equipment |
15.03.02.01 |
Offshore oil and gas facilities |
15.03.03 |
Applied mechanics |
15.03.03.02 |
structural engineering |
15.03.05 |
Design and technology provision for machinery production |
15.03.05.01 |
Technology of shipbuilding |
20.03.01 |
Technosphere safety |
20.03.01.01 |
Environmental engineering protection |
22.03.01 |
Materials science and engineering |
22.03.01.01 |
Materials science and material engineering |
26.03.02 |
Shipbuilding, ocean and system engineering for marine infrastructure facilities |
26.03.02.01 |
Shipbuilding and technical exploitation of ships and marine equipment |
26.03.02.03 |
Ocean engineering |
26.03.02.06 |
Computational technologies of ship mechanics |
26.03.02.07 |
Ship power plants |
26.03.02.09 |
Systems of power engineering and automation of ships |
29.03.04 |
Technology of artistic processing of materials |
29.03.04.01 |
Technology of artistic processing of materials |
38.03.01 |
Economics |
38.03.01.01 |
Accounting, analysis and audit |
38.03.01.02 |
Banking and finance |
38.03.01.03 |
Business economics and entrepreneurship |
38.03.01.04 |
Global economy and international economic relations |
|
|
Master’s degree programs |
|
09.04.01 |
Informatics and computer engineering |
09.04.01.02 |
Methods and means of informatics in the life cycle of complex technical systems |
15.04.03 |
Applied mathematics |
15.04.03.02 |
Mechanics of deformable solids |
26.04.02 |
Shipbuilding, ocean and system engineering for marine infrastructure facilities |
26.04.02.01 |
Shipbuilding and technical exploitation of ships and marine equipment |
26.04.02.06 |
Ship theory and hydrodynamics |
26.04.02.09 |
Ship acoustics |
26.04.02.10 |
Design of welded ship structures |
26.04.02.22 |
Power equipment of marine facilities |
26.04.02.24 |
Ship power sector systems |
26.04.02.25 |
Power plants for marine equipment |
26.04.02.27 |
Energy complexes and marine equipment |
26.04.02.29 |
Ensuring environmental safety of marine power equipment |
26.04.02.33 |
System engineering of automated objects of marine facilities |
38.04.01 |
Economics |
38.04.01.01 |
Economics of innovation and financial consulting
|
38.04.01.02 |
International economy |
38.04.02 |
Management |
38.04.02.01 |
Management of innovative development of enterprises and organizations |
38.04.02.02 |
International business |
39.04.01 |
Sociology |
39.04.01.01 |
Sociology of management |
40.04.01 |
Jurisprudence |
40.04.01.01 |
Jurisprudence |
Postgraduate degree programs
|
|
03.06.01 |
Physics and astronomy
|
03.06.01.06 |
Acoustics |
13.06.01 |
Electric and heat engineering |
13.06.01.03 |
Electrotechnical complexes and systems |
15.06.01 |
Mechanic engineering |
15.06.01.08 |
Engineering technology |
26.06.01 |
Engineering and technology of shipbuilding and water transport |
26.06.01.01 |
The theory of ship |
26.06.01.02 |
Structural design of ships |
26.06.01.03 |
Vessel design and structuring |
26.06.01.04 |
Technology of shipbuilding, ship repair and organization of shipbuilding |
XXXXXXX |
Marine power plants and their elements (main and auxiliary)
|
26.06.01.06 |
Ship aerohydrodynamics |
38.06.01 |
Economics |
38.06.01.05 |
Economics and management of the national economy |