Involved Labs
We combine our experience in brazing and related processes with the latest research results from the field of nanotechnology for the development of new, application-oriented, fast and energy-saving (nanojoining) processes.
We cover the full spectrum of ceramic processing, from powder and fiber synthesis, through shaping by conventional and additive manufacturing technologies, to debinding and advanced sintering processes.
The lab specializes in advanced 2D and 3D manufacturing processes, with research focused on innovative material designs, intelligent manufacturing, and sustainable production methods.
Innovating scalable processing techniques for nanomaterials, bridging atomic-scale synthesis with functional integration in devices and systems.
The lab investigates mechanical materials properties from the nano to macro-scale using experimental, analytical, and computational techniques.
The labs mission is to develop the next generation of solar cells, batteries and light-emitting devices to accelerate the energy transition for the benefit of industry and society.
The lab covers activities ranging from fundamental research to application-driven industry collaborations.
The lab is devoted to research and development at the forefront of novel organic materials and polymers with unique functional properties, designed to enable future technologies.
Our lab aims to understand naturally existing structures in wood based resources and tailor interactions between renewable polymers, nanoparticles and colloids.
The lab's mission is to provide new materials solutions on the basis of wet chemical / sol-gel methods and to implement these across the board in the built environment.
The lab strives to solve industry-relevant challenges for sustainable energy conversion and storage technologies through materials and device innovation.