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  • shaping of the structure and contents of the R&D work scope for naval shipbuilding at the industry, company and department scale;
  • development, implementation and updating of the performance indicator system for state programs and federal target programs;
  • expert appraisal of proposed projects and proposals for optimum content, scope and time frames of advanced R&Ds;
  • management of integrated foresight research;
  • contributions to nation-wide studies on forecast of technology trends;
  • development, adjustment and updating of the methods & guidelines for foresight research including cooperation with leading expert companies in this field;
  • preparation of proposals to keep up-to-date the research & engineering potential;
  • optimization of the Navy’s ship-type configuration based on generic platform principles, containerization of EW systems, shipboard sensors and equipment modules;
  • technical & economic feasibility studies for programs and individual projects;
  • shaping, maintenance and updating of databases on naval sensors and weapons; involvement in R&D projects in relevant fields;
  • state-of-the-art & forward-looking analysis of Russian and foreign submarines, underwater vehicles, surface ships, boats, auxiliary vessels, special-purpose technologies, sensors & weapons including such aspects as ship survivability, damage control, safety and human engineering;
  • prediction of technology development trends, benchmark studies, elaboration of fundamental & open-end R&D programs, regulatory & guideline documentation in relevant fields;
  • proposals for development of new and upgrading of the existing submarines, underwater vehicles, surface ships, boats, auxiliary vessels, sensors & weapons;
  • integrated effort on exploratory design of submarines, underwater vehicles, surface ships, auxiliary vessels, boats, supply ships, robot technologies, weaponry & sensors, general investigation covering the naval challenges along with combat performance and cost-efficiency analysis; development of relevant methods and procedures (guidelines, mathematical models, software, databases, information systems, etc.);
  • conceptual design of ships;
  • expert evaluation of technical requirements and operating, tactical & technical design specifications, review of conceptual, preliminary and detailed design of submarines, underwater vehicles, special-purpose technologies, sensors & weapons; draft regulatory and guideline documents;
  • development of preliminary and basic designs of submarines, underwater vehicles, surface ships, auxiliary vessels, boats, special-purpose technologies, weaponry & sensors, drafting of regulatory & methodological documents and software in the relevant fields;
  • development and justification of short, medium & long-term naval shipbuilding programs, ship upgrading & refitting programs as well as plans for design & construction of other marine vehicles;
  • preparation and justification of draft federal target programs and future R&D programs for advancement of shipbuilding products, fundamental, open-end research and applied studies in the field of naval shipbuilding and technologies;
  • macroeconomic and technical & economic feasibility studies and justification of the main thrusts in naval technology development for shaping long-term plan and programs. Elaboration, improvement and implementation of objective-driven plans for development of naval technologies;
  • design & engineering studies and technical & economic feasibility analysis of specific technical challenges related to further improvement of submarines, underwater vehicles, surface ships, auxiliary vessels, boats, special-purpose technologies, weaponry & sensors;
  • conversion of military technologies to spin-off commercial applications;
  • research & engineering support throughout the full life-cycle of submarines, underwater vehicles, surface ships, auxiliary vessels, boats, supply ships, robot technologies, weaponry & sensors, ship powerplants, and optimization of processes in their design, construction, operation, repair, upgrading and decommissioning;
  • scientific validation of requirements regarding ship survivability, damage control, safety and ergonomics. Evaluation of performance efficiency and working out of rational configuration of ship defence and damage-control systems. Theoretical & experimental research to study the processes related to fire break out and propagation on board ships, mathematical simulation of accidents in connection with fires, flooding and hardware failures for optimizing fire-protection measures on ships.
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