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Jun.-Prof. Dr.-Ing. Patrique Fiedler
BMTI, Head of Data Analysis in Life Sciences
Jun.-Prof. Dr.-Ing. Patrique Fiedler
+49 3677 69 2865
The continuous monitoring of physiological parameters is of fundamental importance for diagnostics and therapy in clinical routine. State of the art medical devices and processes are optimized for high throughput, high signal quality as well as reliability during the application. Up to now, the focus of medical developments has rarely been on effective and resource efficient usage of manufacturing processes, materials and consumables. However, novel materials and manufacturing technologies as well as adaptive and flexible sensor concepts enable medical technologies of considerably improved material and resource efficiency while also maintaining a constant level of reliability. Furthermore, a reduced complexity of preparation, continuous monitoring and cleaning processes can contribute to decreasing costs of operation and personnel.
The aim of the project SensEcoMed is the research on material and resource efficient medical sensor and measurement technologies. Therefore, conventional sensor concepts will be improved and novel, innovative technologies will be developed. Mechanisms for sensor placement and fixation will also be included in the comprehensive approach for a sustainable overall concept.
For distinct applications like Electrocardiography (ECG), Electromyography (EMG) and Electroencephalography (EEG), sensor and measurement system demonstra-tors will be implemented and validated using realistic application scenarios. The selected applications are of considerable importance for clinical routine and medical research due to their large number of applications. Hence, they are capable of trig-gering an increasing sustainability and resource efficiency in future medical technology.
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