Development and application of the Digital Engineering, MBSE and PLM methods & tools to develop more efficient, reliable and sustainable complex systems products.

The AIDA scientific group is dedicated to the study and application of artificial intelligence in dynamical environments, with a special focus on safety and trustworthiness.

The laboratory is engaged in scientific and applied research of space weather - conditions on the Sun, which can affect the performance and reliability of space and ground-based technical systems and pose a threat to human life and health.

The Laboratory specializes in the design and manufacture of robots and robotic systems for industrial projects. The laboratory's competence includes mobile robotics, drones, projects related to virtual reality and tactile technologies.

We develop intelligent sensor systems based on wireless sensor networks, wearable systems and UAVs. Intelligent options are implemented using machine learning, deep learning, transfer learning and computer vision implemented in the context of embedded systems.

The Laboratory of Cyber-Physical Systems explores the development and application of a set of tools and the methodology of Product Life Cycle Management of complex technical products, industrial processes for implementation at all stages of their life cycles.

Classical thermodynamics and its extension to irreversible and finite-time theories provide the means to design experimental setups to probe the properties of physical models...

Advanced engineering applications, e.g., gas turbines in energy generation and aerospace, increasingly require smart hierarchically structured materials-by-design to deliver the required functional performance and mechanical reliability.

Our laboratory is engaged in the development, construction of satellites in the CubeSat 3U+ format and their software, as well as in the study of their interaction in open space with various payloads.