Industrial Partners
Department of Powertrain
Teaching and research focuses on powertrain issues, including the analysis of different types of drives and gearboxes. It specialises in a wide range of primary energy sources, including traditional internal combustion engines, innovative hybrid drives and modern electric motors. Various types of fuels, from conventional hydrocarbons, to synthetic fuels, to the fuel of the future - hydrogen - are also an important part of the research. The aim is to provide a comprehensive overview of current and future trends in vehicle propulsion and their impact on the environment and energy efficiency.
Department of Motor Vehicles
The department focuses on the comprehensive study and teaching of motor vehicles. Its scope includes the study of driving dynamics, which deals with the behavior of the vehicle in various maneuvers and at different speeds. Autonomous driving research is also an important component, focusing on technologies that enable vehicles to navigate autonomously and respond to environmental conditions. There is also an emphasis on thermal management, which is the study of temperature control in different parts of the vehicle for optimal performance and safety. Internal aerodynamics then focuses on airflow inside the vehicle and its impact on occupant comfort and cooling efficiency.
Finally, the field is concerned with conceptual vehicle design, which involves creating innovative and functional designs that meet not only technical, but also aesthetic and environmental standards. This approach enables the creation of vehicles that are not only technically advanced, but also visually appealing and environmentally friendly."
Department of Handling and Building Machines
Research and teaching of new technologies to increase efficiency, reduce emissions, and improve safety in transport and logistics. Automation and robotics in construction and transport: development of autonomous and remote-controlled machines to improve efficiency and safety. Analysis and development of solutions to optimize logistics chains, including intelligent route planning and warehouse management. Research aimed at improving working conditions for machine operators, including reducing the physical demands of work and preventing accidents. Use of modern technologies such as IoT (Internet of Things), artificial intelligence and machine learning to collect and analyse data to improve efficiency and productivity in the construction and transport sectors.