Working with perovskite inorganic/organic polymer solar cells as well as printable organic transistors.

My PhD-project was part of an EU-project called INGENIOUS where I worked together with Institutes and Universities from Holland, Spain, Poland and Russia to develop a highly sensitive gas sensor which can detect the dangerous BTX (Benzene, Toluene and Xylene) gasses. I specifically engineered and developed plasmonic nanostructured surfaces in gold and aluminum for fluorescence enhancement of signals from the sensor device. Beside my research I have been teaching more than 700 hours at… Show more My PhD-project was part of an EU-project called INGENIOUS where I worked together with Institutes and Universities from Holland, Spain, Poland and Russia to develop a highly sensitive gas sensor which can detect the dangerous BTX (Benzene, Toluene and Xylene) gasses. I specifically engineered and developed plasmonic nanostructured surfaces in gold and aluminum for fluorescence enhancement of signals from the sensor device. Beside my research I have been teaching more than 700 hours at Aarhus University as an instructor for different courses such as Mechanics, Statistics and nanocharacterization tools. Show less