Project aims to integrate inline surface inspection into emblem production of automotive parts. The innovative redesign of the production process without the need of protective foil is one major goal of this project. it is also aimed to develop modular solutions transferable to other industries.
In ths ule²-project, extensions to the dect ule protocol will be insteigated and developed. These extension will push network and application layers, as wella as hardware and verification platforms to a new level, integrating and leveraging wake-on-radio-(wor)-technologies.
Development of a gut microbiome based nutrition-therapy application to prevent and treat diabetes and insulin resistance
In a joint effort extensive maritime information in maritime procedures shall be gathered, combined and supplied to all maritime stakeholders. Results of research projects for maritime sensor fusion and data transfer serve to improve situational awareness using enhanced portable pilot units.
A high-performance state-of-the-art platform for the theoretical calculation of advanced physicochemical properties of molecules of pharmacological interest to be delivered to the pharmaceutical, biotechnology and other related industries as desktop and as software as a service
Development of new high resistance non-woven mats combining rcf and nf to be used in a more efficient compression moulding process. In addition, it is proposed a new concept of equipment to simulate the effect of environmental and storage conditions on voc and odour behaviour of the new materials.
The objective is to design optimised reactor for an efficient decontamination of solid waste, containing highly chlorinated pops (persistent organic pollutants) using cdc technology. This technology will be based on an optimized catalytic reaction with copper-based catalyst.
Development of next generation cost effective flight navigation and procedure training device for approved training organisations
Polyflter project will focus on development of complex polymer mesh filter used in fuel injection systems in automotive industry. Main goal is to provide new solution of filters manufacturing and achieve significant reductions in weight, co2 emissions and lower production cost and time.
The result of the project is a portable welding device that will be much lighter, more flexible and easily transportable across the stairs. The device will be made of several components, of which none will exceed e.G. 50 kg. The device will use a new generation of lasers (fibre lasers).