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Within the scope of the project, a computer vision system for online measurement of the dosed volume in the form of a liquid jet is being developed. Compared to other volume measurement methods, the system based on a line scan camera convinces by the simplicity of the hardware and the contactless methodology.
The European Digital Innovation Hub Südwest (EDIH Südwest) is the central contact point in the southwest of Baden-Württemberg to support companies, the public sector, but also founders to dynamically respond to digital challenges and become more competitive.
The aim of the project was to evaluate an innovative MultiDetekt rapid test platform that enables the simultaneous detection of pathogens and local inflammatory markers in the wound.
We aim to address patient management and epidemic surveillance challenges in sub-Saharan Africa by converging four fit-for-purpose pillars: (1) innovative diagnostics, (2) capacity building, (3) enhancing human capital potential, and (4) adoption and implementation through stakeholder engagement.
Within the MeLB project the automation and standardization of liquid biopsy methods are investigated. Microfluidics methods are applied in order to isolate circulating tumor DNA (ctDNA) from blood samples, followed by parallelized quantification of DNA mutations using digital multiplex mediator probe PCR.
Classic MEMS acceleration sensors always exhibit signal drift. Sensors with minimized drift are expensive and often require complex reading. DROPS is developing a technology for acceleration sensors that enables virtually drift-free sensors at low cost.
Digital shearography for a faster, targeted treatment of sepsis patients
The Main goal is optimizing heat transfer of MEMS or SMD components on PCB substrates. Hahn Schickard will investigate some novel carbon-copper-layers on glass interposers and a new architecture of vias, i.e. electrically and thermally conductive contacts between front and back side of glass.
Die Biokatalyse, insbesondere zellfreie Multi-Enzym-Kaskaden, verbessert viele chemische Synthesen. Dennoch gibt es Engpässe in den Kaskaden, die die Effizienz des Prozesses stark beeinflussen. ESMIP zielt darauf ab, die Kaskade durch Echtzeit-Analyse der Prozesse hinsichtlich Effizienz und Qualität mithilfe von KI zu optimieren.
Point-of-care platform for biomarker analysis for the early detection and prevention of colorectal cancer
In H2Sky, a hydrogen fuel cell stack is being developed for use in the main propulsion system for flight applications. Hahn-Schickard is focusing on the development and optimization of fluorine-free membrane electrode units.
Optisch-akustisches in-situ Monitoring des Lichtbogenauftragprozesses zur Erkennung und Lokalisierung von Anomalien während der additiven Fertigung von metallischen Bauteilen.
The goal of the project is to develop a new approach that combines highly controlled and automated enzymatic fragmentation with a new principle, peptide spectrometry through nanopores, for label-free identification, discrimination and ultimately sequencing of proteins.
Organ-on-Chip-Systeme spielen eine wichtige Rolle, um Tierversuche für die Medikamentenentwicklung zu reduzieren und dabei eine Vielzahl an Parametern zu untersuchen. Mit diesem Projektvorhaben soll das automatisierte online Monitoring von Organ-on-a-Chip-Systemen mit elektrochemischen Sensoren erforscht werden.
Das Ziel dieses Forschungsvorhabens besteht in der Entwicklung eines multifunktionalen Sensorsystems, direkt abgeschieden auf Umformwerkzeugoberflächen zur Echtzeitanalyse von Prozessgrößen während des Pressvorgangs in der Kaltmassivumformung (MuWeKa). Dabei wird die Kraft, Temperatur und der Verschleiß des Werkzeugs erfasst. Diese Informationen werden über USB oder per BLE zur Verfügung gestellt.
