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Applications of reliability theory include the assessment of system and equipment reliability, failure analysis, and forecasting. Technological failures and operator errors are assessed to help improve safety and optimize operational processes.

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Micro- and nanostructure fabrication using self-assembly methods for large-area photonic structures and functional surfaces in optical, sensing, and catalytic applications.

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Experimental design and pilot studies on enhanced oil recovery, including evaluation of surfactants, polymers, low salinity and WAG injection methods for reservoir optimization.

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Expert consulting and training on surface processes, thin films, nanostructures, and catalysis, supporting the development and application of advanced materials technologies in industry and business.

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Modelling and calculation of 2D and 3D surface structure and roughness formation processes for optimisation of micro- and nanotechnology, semiconductor, and functional surface applications.

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Probabilistic modeling of meteorological extremes, climate change impacts, and rare events is performed using advanced statistical analysis, extreme value theory, and data integration methods.

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Plasmochemical technologies are used to form amorphous carbon and diamond-like carbon coatings and create nanostructures. This service allows you to obtain surfaces with specifically controlled tribological, optical, barrier, or protective properties, suitable for high-value-added products and proto

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Synthesis and investigation of advanced nanomaterials and nanostructures for photonic and energy solutions, enabling the development of functional materials for light and energy management technologies.

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Fabrication of micro- and nanostructures and thin-film architectures in a cleanroom environment using advanced lithography, etching, and thin-film deposition techniques, complemented by optical property modeling.

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Risk and uncertainty analysis helps assess system security, model sensitivity, and data uncertainty. This service allows you to identify risk scenarios, reduce their likelihood, and make effective, data-driven decisions.

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Thin functional layers and nanostructures are formed using advanced physical methods that allow the creation of surfaces with specifically controlled optical, electrical, mechanical, or other properties.

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Thin functional layers are formed for green hydrogen and green ammonia energy technologies. The layers are synthesized using physical deposition methods that allow precise control of the coating properties required for catalytic and electrochemical applications.

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Imaging, optical property, and spectroscopic studies of thin films, material composites, and component surfaces are provided, ensuring accurate assessment of structure, thickness, homogeneity, and functional characteristics.

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The physics experiment laboratory provides an opportunity to explore the phenomena of mechanics, electromagnetism, optics, and atomic physics in practice using reliable laboratory equipment adapted for teaching. Measurements, observations, and experiments allow students to verify the validity of the

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Interactive physics demonstrations provide an engaging and clear presentation of fundamental physics phenomena, allowing you to see how the laws of physics work in real life, while the presentation helps you understand the essence of the phenomena, their interrelationships, and their applications.

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Interactive laboratory work in materials physics, allowing practical exploration of the properties of materials and the effects of physical phenomena using educational laboratory equipment.

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AI, data analytics, and data science services, including task automation, predictive modeling, natural language processing, computer vision, recommendation systems, big data analysis, optimization, risk and fraud detection, and the creation of customized solutions, are provided.

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Smart information integration tools are being developed and applied for the synthesis of data from different sources, the aggregation of expert knowledge, and the automated modeling of information flows.

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Analysis of the uncertainty and sensitivity of modeling results helps to assess the accuracy of models, identify parameters that influence results, and define the limits of forecast reliability for more accurate risk assessment and better decision-making.

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Failure and longevity data are analyzed, and system reliability, uncertainty, and sensitivity of results are evaluated. This helps identify risk factors, predict failures more accurately, and optimize maintenance and operational decisions.

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Provide services and experimental analysis for subsurface flow, CCS, hydrogen, and geothermal systems, including high-pressure and high-temperature testing to support data-driven technology and design decisions.

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Modeling support for energy and subsurface projects, providing digital analysis of processes, flows, and system behavior to support robust, data-driven project decisions.

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Consulting and applied research services in the fields of energy, carbon sequestration, hydrogen, geothermal storage, and underground flow modeling, including studies, analyses, and knowledge dissemination.

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We perform advanced material composition, structure, surface, and optical property characterization using state-of-the-art imaging and spectroscopy methods for research, technology development, and industry.

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Laser microstructuring of materials using ultrashort pulse lasers with IR, visible, and UV radiation for high-precision microstructures, minimal thermal effects, and superior surface quality.

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Modeling of enhanced oil recovery and subsurface energy systems to evaluate production and energy storage solutions, optimize project designs, and reduce technological risks.

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Modelling and calculation of diffusion, mass and heat transfer, and radiation defect processes for optimisation of energy, photovoltaic, hydrogen, and advanced materials technologies.