Das Institut für Hochfrequenztechnik (IHF) hat gemeinsam mit der FAU Erlangen-Nürnberg und Infineon Technologies AG einen neuen Ansatz des maschinellen Lernens vorgestellt, der mit einem hochintegrierten Radarsystem zuverlässig Personen erkennen und deren Aktivitäten klassifizieren kann.

In this project, several experiments will be conducted with a particular focus on soil- and water-related challenges, some also in participative DIY mode. The themes covered include soil salinity, microplastics pollution, phytoremediation, and soil health improvement strategies. The experiments will be made accessible in public domain through the HOOU platform in the form of text and video content. The knowledge gained in these experiments can form the basis for research projects for researchers and project work and theses for BSc and MSc students. The documentation from the project can also serve as a laboratory handout for laboratory-based modules. This project and its output will be integrated into the modules 'Water and Environment: Theory and Application' and 'Emerging Trends in Environmental Engineering' offered by Prof. Nima Shokri at the Institute of Geo-Hydroinformatics.  You can keep track of the project on the following webpage: https://hoou.tuhh.de/projekte/

Data-Driven Radar Processing Using a Parametric Convolutional Neural Network for Human Activity Classificatio

The restaurant Horster Mühle in Horst generates regenerative electrical energy from the water power of the river Seeve via the former mill wheel. The mill wheel used so far has reached the end of its service life. As part of a student thesis, a new and most efficient mill wheel is being designed with the help of the latest engineering methods.

Between 17.09. and 01.10., workshops and activities will take place at various locations in Hamburg as part of the Wetter.Wasser.Waterkant. The WWW programme is designed for schoolchildren and deals with the topics of sustainability, climate and social change. Since process engineering is also essential for the development of sustainable production processes, the Department of Process Engineering is also represented at WWW and gives pupils an insight into process engineering.

ECCE/ECAB 2021 will feature presentations on the various work areas of the IMS. These include: Lagrangian Particle Tracking and Bioreactor Compartmentalization as Novel Scale-up Tools for Biopharmaceutical Processes,Influence of fluid dynamics on selectivity of competitive consecutive gas liquid reactions, Enzyme catalysed reactions under high pressure in aerated bioreactors, Validation of Numerical Flow Simulations in a 3L Stirred Tank by Means of Real 4D Particle Trajectories and Modeling Polymer Fouling with an Euler-Lagrangian Approach in a Milli-Reactor with Static Mixing Elements.

Our colleagues Daniela Eixenberger (Institute of Technical Biocatalysis) and Claas Spille (Institute of Multiphase Flows) present a poster on "Smart and Surface-enhanced 3D-printed Structures for Biocatalytic Applications" at the online conference on September, 20-23.

Vom 08. bis zum 10. September 2021 fand die digitale Konferenz Additive Manufacturing Meets Medicine (AMMM 2021) statt.

Das PKT gratuliert unserer Kollegin Jennifer Hackl zu ihrer erfolgreichen Promotionsprüfung am 10.09.2021.

In diesem Jahr haben einige Kollegen wissenschaftliche Beiträge bei der 30. International Conference on Flexible Automation and Intelligent Manufacturing (FAIM) eingereicht. Die mehrfach verschobene, ursprünglich in Athen stattfindende Konferenz wird nun lediglich über Zoom ausgetragen. Die Online-Vorträge finden vom 07.-09.09.21 statt. Mit folgenden Beiträgen wartet das IFPT bei der Konferenz auf: Smart Material Delivery Unit for Production Supplying Logistics of Aircraft A simulation driven development framework for parallel kinematics Automated Installation of Inserts in Honeycomb Sandwich Materials Digital game-based examination for sensor placement in context of an Industry 4.0 lecture using the Unity 3D engine – a case study