The Admiral Nevelskoy Maritime State University conducts fundamental and applied research and development, which are an integral part of training specialists.
Forms of organizing research work at the University are diverse. They are doing state budget research, conducting fundamental and applied research through participation in federal and interuniversity science and technology programs, competitions for grants, and the implementation of research results in the national economy on the basis of economic contracts.
The University regularly organizes scientific events (conferences, seminars, round tables and scientific readings) on maritime education, training students, transport, environment, and activities focusing on social and political issues, and national security affairs. The University organizes and participates in scientific, technical and investment exhibitions organized by the Center for Intellectual Property Protection.
Areas in which research is conducted at the University are:
Technical operation of the vessel. Improvement in the technical operation of the fleet. Ports. Operation of transshipment port devices.
Operation of the fleet, organization and technology of transportation by water transport. Perfection of forms and methods of marine transport management. Improvement of transport technologies.
Improving ship repair technology and production management: maintenance and repair of ships. Ship chemmotology. Diagnostics of shipboard equipment. Reliability of ship technical facilities.
Packing, marking. Conditions of storage and transport. Deformable solid body mechanics. Shells. Use of soft and flexible structures in sea transport.
Organization of research, development and design work. Automated systems of designing ship vehicles.
Teaching transport subjects. Solution of research and methodological problems of improving the efficiency of the educational process.
Navigation. Better instruments and tools of navigation; navigation safety.
Navigation. Satellite navigation systems. Radio navigation systems and technical devices. Technical means of navigation and communications: improving the efficiency of technical aids to navigation and development of methods for their integrated use. Improvement and theoretical study of new models of gyro horizon compasses and gyrocompasses.
Radiotechnical sensing, location and navigation systems.
The reliability of communication networks and information protection. Information security. Protecting information.
Wastes from the production and processing. Recycled materials. Resources saving. Saving energy and fuel. Energy and resources saving, environmental technologies in the transport and energy: using nonconventional energy sources in transport. Increasing a residual resource of shipboard machinery.
The automated control systems and computer engineering at water transport. Electrical engineering equipment of ships. Diagnosing and reliability of electronic and biological systems: creating fault tolerant elements of shipboard and industrial control systems. Antennas and electromagnetic compatibility of electrical and electronic equipment.
Automation and telemechanics in water transport. Improvement and modernization of the ship’s equipment and automation systems: improvement and optimization of the parameters of boiler plants; desalination and energy technological use of sea water in ships.
Information activities. Development and implementation of corporate information systems and Internet technologies.
Neural nets. Acoustic systems of location. Recognition of acoustic signals by using neural-like systems. Increase of efficiency of hydroacoustic interpolation lags.
Philosophical questions and methodology. Political sciences and psychology. Psychology of activity and behavior. Psychology of motivation. Psychology of interpersonal relations / Research in the field of philosophical anthropology, psychology and behavior of specialists of merchant marine under extreme conditions.
Laser physics. Nonlinear optical properties of media. Optical locating systems. Application of laser technologies in the nautical navigation.
Information activities. Information technologies in transport and training.
Universal history in general:
Historiography and source study of Russian history;
Russian history of modern times (XVII-XIX centuries);
History of Russia of the newest time (from XX century);
History of separate processes, aspects and phenomena of human activities;
History of state and law;
History of political and legal doctrines;
General issues of political sciences;
Theory of political systems. Internal politics;
Theory of international relations. Foreign policy and diplomacy;
Development of science;
Organization of science. Policies on science;
Science and research work in individual countries.
Methods of research and modeling. Mathematical and cybernetic methods. Applied mathematics in engineering studies: geometric function theory and differential equations in complex spaces. Models of operation management of technical objects.
Applied linguistics. Teaching transport subjects. Improvement of language training of sea transport specialists.
Personnel. General framework of physical education. Professionally applied physical training. Problems of seafarers’ education: adaptability to work in extreme conditions. Theory and methods of physical education of sea transport specialists.
Safety on water transport. Life safety at sea, the use of information technologies in the activities of forecasting and disaster management. Warning of emergencies, their development and mitigation.
History of transport. Personalities. History of science and technology (directionwise).
Legal issues of water transport. Maritime law and legal security of merchant shipping: features of the application of labor law in sea transport, employment of seamen, and the legal nature of charters. Legal nature of the flag of convenience. Arrest of seagoing vessels.
Sea and inland waterways.
Economics, organization, management, planning and forecasting in water transport.
Financial science. Monetary and fiscal theories. Credit and financial institutions.
Strategic management. Strategic planning. Management theories.
Labor conditions, social and living activities (services), labor protection, and safety.
Physics. Laser physics.
Pollution and protection of land waters, seas and oceans.
Environment. Physical and technical methods to monitor the marine environment.
Occupational health and professional pathology:
Transport medicine and hygiene;
Medical facilities, systems, equipment, apparatuses and devices of combined diagnostic and treatment purpose;
Maritime medicine: problems of adaptation of marine specialists to work on ships and recovery methods.
Chemistry. Corrosion and corrosion protection in water transport.
International cooperation in transport.
The use of underwater robotics, unmanned submarines and aerial vehicles for development of sea transport.
Academic schools forming the basis of the scientific potential of the university are actively working at the State University:
"Application of soft and flexible structures in sea transport", Head - Prof. Anatoly I. Azovtsev
"Laser methods for comprehensive studies of the properties of condensed matter and physical processes occurring in them ", Heads - Prof., Academician N. Kulchin and Prof. Oleg A. Bukin
"Optimal and adaptive control of nonlinear dynamic objects", Head - Prof. AA Dyda
"Development and research of technical aids to navigation and methods of their integrated use", Head - Prof. VV Zavyalov
"Chemmotology of ship engine oils and fuels, marine ICE," Head - Prof. G.P. Kicha
"Provision of safe and secure transportation of shifting cargoes by sea vessels", Head - Prof. A.D. Moskalenko
"Investigation of processes and optimization of technical and economic characteristics of boiler plants," Head - Ph.D., Associate Professor A.G. Reznik
"Diagnosis and improvement of thermal systems and automation of ship power plants", Founder - Prof. VN Slesarenko
"Improving the forms and methods of sea transport management", Founder - Prof. AV Stepanets
"Research and development of innovative technologies and equipment for sea pollution prevention from ships", Head - Prof. GI Tikhomirov
"Modern methods of restoring and strengthening details of ship technical means," Head - Ph.D. VM Khodakovsky
The University is actively and successfully engaged in joint activities with enterprises and organizations of the Far Eastern region, fruitfully cooperates with legislative and executive branches of the Primorsky Territory, research institutes of the Far Eastern and Siberian Branches of Russian Academy of Sciences: VE Zuyev Institute of Atmospheric Optics, Institute of Automation of Control Processes, VI Ilyichev Pacific Oceanological Institute, Far Eastern Federal University, Research and Design Institute of Merchant Marine, as well as with foreign organizations. MSU is actively involved in innovative conferences, competitions, sites, forums and fairs.