Experts for Industry

Trust specialists who combine strong theoretical foundations with the latest technologies to deliver outstanding efficiency and reliability.

• Theoretical foundations, design optimization and rational operating conditions for wind turbines and flying machines
• Aerodynamic research using simulation methods and wind tunnel testing
• Research on combustion, electric and hybrid propulsion systems for flying machines

We provide precise diagnosis and innovative engineering support. Our approach transforms complex technical challenges into effective and practical solutions.

• Composite damage analysis using FEM
• Engineering applications of artificial intelligence
• Design of mechatronic systems
• Vibroacoustic diagnostics of drive systems
• Biomechanics and vibroarthrography in medical diagnostics

Our advanced technologies support precise material selection and process design, ensuring high quality, durability and performance for demanding engineering applications.

• Modelling, manufacturing and tailoring material properties for specific applications
• Research on metallic, composite, ceramic materials and biomaterials
• Studies on the influence of surface layer modification on abrasive, corrosive and erosive wear resistance

Take your production to the next level. Increase efficiency, reduce costs and improve precision with advanced automation, digitalisation and robotisation solutions.

• Optimization of manufacturing and assembly processes in automated systems
• Analysis of the impact of fractional-order nonlinear dynamic systems on performance and energy efficiency
• Impact of digitalisation and robotisation on industrial and biomedical systems

We develop advanced polymer processing technologies and innovative material compositions that improve performance, durability and sustainability of modern products.

• Research on the influence of processing conditions on the properties of polymer products
• Design of modern plasticizing systems and tooling systems for polymer processing machines and equipment
• Development of innovative material compositions through physico-chemical modification of synthetic and biodegradable polymers

We conduct advanced research in automotive engineering, focusing on vehicle propulsion systems, road safety and the interaction between vehicles and different road surfaces.

• Dynamic properties of piston internal combustion engines and research on alternative fuels (hydrogen, plant-based fuels)
• Road safety research and road accident reconstruction
• Interaction of vehicle running gear with various road surface types
• Modification of surface properties of vehicle components using ion implantation

We develop advanced metal forming technologies and innovative forming machines that enable efficient and precise manufacturing of modern engineering components.

• Theory and technology of skew and cross rolling processes
• Die forging of steels and non-ferrous metal alloys
• Development of new metal forming technologies and design of machines for their implementation

We conduct advanced research on the physical and mechanical properties of materials, supporting the development of modern materials, thin-film technologies and nanostructured systems for engineering and industrial applications.

• Investigation of mechanical properties of materials using atomic force microscopy (AFM) and nanoindentation techniques
• Fabrication of thin-film biopolymers and analysis of their physical properties
• Research on structure and mechanical properties of metallic thin-film systems deposited and annealed in vacuum

We conduct interdisciplinary research focused on sustainable transport systems, alternative fuels and efficient operation of modern machines and vehicles.

• Research on alternative fuels for internal combustion engines
• Analysis of durability, economic and environmental characteristics of combustion engines
• Research on operation systems and processes occurring in machines
• Analysis of organisation and functioning of transport systems

Our research focuses on advanced mechanics, nonlinear dynamics and innovative engineering structures, supporting the development of modern machines, smart materials and biomechanical systems.

• Nonlinear dynamics of mechanical systems and modelling of active composite structures for control and energy harvesting
• Mechanics of materials, stability analysis and optimization of thin-walled structures
• Kinematics and dynamics of biomechanical systems and selected human organs

We develop modern automation and robotics solutions for industrial processes, focusing on intelligent monitoring, diagnostics and advanced vision inspection systems.

• Automation and robotisation of industrial processes
• Systems for monitoring and quality assurance of products, as well as diagnostics of mechanical devices and technological processes
• Development of automatic vision inspection systems