BSTU "VOENMEH" named after D.F. Ustinov provides a powerful platform for research and development, contributing to the innovative development of domestic military science and technology. A wide range of opportunities for scientific activity includes participation in advanced R&D in military engineering, mechatronics, robotics, and other technological disciplines, both as introductory experience and for the implementation of applied projects.
The university actively participates in state research programs, collaborates with major industrial enterprises and scientific organizations, and regularly receives grants and R&D orders from the Ministry of Defense of the Russian Federation and other government agencies. Specialized scientific laboratories and centers equipped with modern equipment are in operation, enabling comprehensive scientific research.
- Development and improvement of equipment and armaments
- Research in the field of automated systems development.
- Development of software and control systems.
- Development of new materials and their processing technologies.
Creation of precise 3D models of parts and products based on provided drawings, sketches, or photographs.
- Designing virtual analogs of devices for preliminary analysis and optimization of their design and operation
- Comprehensive analysis of the interrelationships and mutual influence of components in complex technical systems.
- Development of technological processes for manufacturing parts by stamping, including sheet and bulk blanks
- Development of production technologies for high-strength and wear-resistant elastic elements for automotive, aerospace, and other machinery
- Design and prototyping of robotic devices and complexes for subsequent testing and production
- Prototyping and small-batch production of high-tech systems with high quality and safety requirements.
- Design and production of small gas turbine engines and their components.
- Creation and testing of prototypes for small low-thrust liquid rocket engines.
- Design and production of individual units and systems for low-power gas turbine generators
- Development of electric drives and pumping units for space and specialized equipment.
- Development of automatic control systems for robots and mechanisms with artificial intelligence elements
- Creation of equipment condition monitoring and diagnostic systems with failure prediction capabilities.
- Creation of electronic power conversion units for electric motors.
- Production of cameras and image processing systems for aircraft and robots.
- Creation of advanced computer vision systems for aircraft and robots, ensuring effective perception and interpretation of the environment.
- Comprehensive testing of instrumentation and robotics products designed for the aerospace and defense industries.
- Creation of software solutions for embedded systems and control systems of varying degrees of complexity.
- Development of hardware and software systems for the analysis and processing of data received from radars.
- Fusion of data from various sensors to build a comprehensive situational picture.
- Creation of laser systems for remote sensing of objects and distance measurement.
- Design and manufacture of optoelectronic sensors for the detection of chemical and biological substances.
- Application of functional coatings and films to products to impart special properties (protection against corrosion, radiation, etc.).
- Creation of unique semi-transparent antennas, smart glass, and photovoltaic cells for use in construction and solar energy.
- Manufacture and testing of bearings and rotary equipment ensuring smooth mechanism operation.
- Design of the exterior and internal architecture of aviation and spacecraft.
- Creation of complex technical devices and mechanisms for various industries.
- Optimization of designs for 3D printing to accelerate production and reduce costs.
- Three-dimensional scanning of objects for subsequent physical reproduction.
- Compaction of powder preforms to increase their density and strength.
- Heat treatment of 3D-printed products to improve their mechanical and operational properties.