Das IAPP widmet sich der Entwicklung und Synthese innovativer funktioneller elektronischer Materialien.
Wir legen Wert auf ein offenes und inklusives Umfeld, und darauf, als Team zusammen zu arbeiten. Wir das unterstützen uns, lernen von und miteinander, diskutieren offene neue Ideen und teilen unser Wissen miteinander, von Tricks in der organischen und makromolekularen Synthese bis zur Nutzung von Methoden wie Spektroelektrochemie und OFET-Charakterisierung.
Mitmachen:
Bei Interesse an einem Praktikum, einer Bachelor- oder Masterarbeit, einer Promotion oder einem Postdoc in unserer Gruppe, ist Prof. Dr. Franziska Lissel die richtige Ansprechpartnerin.
Gerne begrüßen wir Schulklassen in unserem Labor oder besuchen Klassen, um Einblicke über Forschungsfelder von Nanocars zu dehnbarer Elektronik zu geben.
April 2026: Student Assistant Position Available! (m/w/d)
Adriana Barros-Martinez
We are looking for a student with a background in organic chemistry and material sciences to collaborate in an interdisciplinary project. For more details on the position, see the job posting below.
The master thesis with the title Development of an Embedded PEDOT:PSS Microchannel-Based Whisker Sensor for water flow Detection is offered in collaboration with the Institute for Mechatronics in Mechanics (IMEK) and the Institute of Mechanics and Ocean Engineering (MUM). The thesis focuses on fabrication, methodology, material compatibility, and initial performance evaluation of a biomimetic whisker-based sensing system utilizing embedded microchannel strain sensors.
For more information, please download the project description below.
If you want to know more about the project to apply, please reach out to Emin Istif and Mohammad Sadeghi.
April 2024: Master Thesis available II
The master thesis with the title Design and Characterization of a Multi-Electrode Conductive-Composite Follicle for a Bio-Inspired Whisker Sensor with Drift-Aware Piezoresistive Sensing is also offered in collaboration with the Institute for Mechatronics in Mechanics (IMEK) and the Institute of Mechanics and Ocean Engineering (MUM). The thesis includes fabrication of conductive composites using polymer matrices and conductive fillers, followed by microstructural characterization and electromechanical testing. A key contribution is the implementation of a multi-electrode sensing architecture to enable drift detection and partial compensation, addressing instability caused by microstructural evolution in conductive composites.
For more information, please download the project description below.
If you want to know more about the project to apply, please reach out to Emin Istif and Mohammad Sadeghi.
