Research

Research Projects

 

VIRERO – VIrtual REmote RObotics for Radiometric Sorting

Subproject: Immersive and Self-Optimizing Teleoperation System and Autonomous Robot Capabilities (15S9422C) Within the project, robots and radiological measurement technologies will be developed to handle radioactive waste materials teleoperational as well as semi-autonomous. The goal of the technol... Weiterlesen


Technology and Competence Center for the Characterization and Analysis of Power Electronic Systems – Laboratory for Characterization & Analysis of Power Electronic Applications – “Powerlyze-Lab”.

If we want to successfully advance the energy transition, one component is indispensable in the area of energy generation and use: power electronics. Regardless of whether energy is generated by photovoltaic or wind turbines or used in e-cars, e-scooters and pedelecs, or even at home in heat pumps a... Weiterlesen


FlaMe — Flexible adapted production of power modules

  The production of power modules is facing new challenges: Being able to produce a wide variety of variants in small quantities economically is becoming increasingly important. The FlaMe research project aims to use new technologies and make the process much more sustainable. With the research... Weiterlesen


Intelligent radar system by combination of additive manufacturing, hardware-integrated computer architecture and smart test routines

Der Wunsch nach hochautomatisiertem Fahren erfordert intelligente und vernetzte Fahrzeuge, welche mittels präziser Sensorik ihre Umgebung detailliert und zuverlässig erfassen können. Neben Kameras, Ultraschall- und Lidarsensoren sind Radarsensoren von großer Bedeutung im Automobil der Zukunft. Höchste Genauigkeit und Zuverlässigkeit, z.B. für die Radar basierten Umfelderkennung auf weite Entfernungen von über 200m, ist essentiell. Diese wird maßgeblich beeinflusst durch die Signalstreuung- und Dämpfung, Antennengüte und Auswerteelektronik sowie Algorithmen. Aufgrund dieser Einflüsse müssen als wesentliche Voraussetzung für präzise Erfassung Antenne, (Sekundär-)Radom (Sensorabdeckung) und Auswerteelektronik perfekt aufeinander abgestimmt  und als Gesamtsystem integriert sein. Dies schließt, um Test- und Auswertezeiten zu minimieren, auch neue Ansätze für die Funktionsprüfung durch den Einsatz Künstlicher Intelligenz für die Sensoralgorithmik und Sensortests mit ein. Weiterlesen


ADeUSPro – Anomaly Detection in Ultrasonic Sensor Production

In order to enable autonomous driving at level 3 or higher, it is essential to manufacture the necessary sensor systems, such as new ultrasonic sensors with improved accuracy, in high quality, large quantities and at low cost. Due to the high requirements on these novel sensor designs, an innovative... Weiterlesen


Additive4Industry – Printed Electronics on 3D substrates

In comparison to conventional production processes, Additive Manufacturing entails a lot of advantages, especially when it comes to flexibility, realization of greater freedom of design and functional integration. Since the use of thermoplastic polymers is limited with regard to thermal stability an... Weiterlesen


PrInterfaces

The aim of the PrInterfaces project is to research technologies for the high-quality contacting of printed structures for the establishment of Level 3 connections between electronic assemblies. Four promising technologies have been identified for this purpose: pierced-through and around crimping, st... Weiterlesen


Building Material integrated Surface Heating

The goal of this project is to develop a new kind of heating system that eliminates existing disadvantages. This includes the poor efficiency of gas and oil heaters, the high installation effort for connecting the central heating as well as low heat-transfer rates. Investigations point out that warm... Weiterlesen