The Institute of Energy, Ceramics, and Polymer Technology covers four scientific areas. Energy and sustainable materials technologies are of major scientific and industrial interest today, and this is reflected in the research and educational activities of our Institute. In the field of energy technologies, energy generation by oxidative processes (combustion, gasification) will remain a dominant force in world energy production for the foreseeable future. At the same time, the energy carriers used are undergoing significant changes, with alternative solutions such as hydrogen technologies, pyrolysis technologies, and energy from waste becoming increasingly important. Our research in ceramics and silicate technologies addresses developments from brick- making to glass foam production. The institute is also involved in the investigation, research, and optimization of materials and related production technologies for the ceramics and silicate industries. The field of polymer technology covers the design of polymer systems, processing technologies, additives, and the investigation and design of structural-properties. Our laboratory facilities in all three areas are unique in the country. We utilize 3D printing of various composites, using both ceramic and plastic materials.
Our aim is for students to become familiar with state-of-the-art equipment of industrial size and functionality during their undergraduate years. Our fourth specialization, Quality Management and Quality Assurance, complements the specializations and technologies already listed, preparing students for the challenges of the industrial environment. We take particular care to ensure that our graduating engineers learn not only how the technologies work but also how they fit into the quality standards that are vital for companies.