Institute of Electronic and Sensor Materials

Welcome to the IESM website

The focus of the Institute of Electronic and Sensor Materials is on the interface and surface chemistry of materials used in electronics, chemical and biological sensing, and membrane technology. A wide range of surfaces of different materials is researched. The competences of the institute include the areas of material synthesis, coating technologies as well as the characterization of materials and functions, especially of nanoscale materials.

The Institute of Electronic and Sensor Materials belongs to the Faculty of Materials Science and Technology (Faculty 5). It was founded on March 1, 2007 and is located at Gustav-Zeuner-Strasse 3.

Institute director & professorship Electronic and Sensor Materials

Prof. Dr. rer.nat. Yvonne Joseph

Professorship Biomineralogy and Extreme Biomimetics

Prof. Dr. rer.nat.habil. Hermann Ehrlich

How to find us...

News

Scientists testing the new measuring platform on a lake
Scientists of TU Freiberg have developed a robot which is able to measure water and environmental parameters on inland waters. Recently, the research group has been successfully testing the swimming device for the first time on a lake in the centre of the Saxon city. … weiterlesen

Summer School MEMS/NEMS.
In coming September, the Institute for Electronic and Sensor Materials at TU Bergakademie Freiberg organizes the summer school “Chemisensitive MEMS/NEMS for the Internet of Things” in Sendai / Japan in close collaboration with the local Tohoku University. … weiterlesen

The crystals of the aeroplysinin substance
For several years now, scientists at TU Freiberg have been researching the unique properties of Aplysina aerophoba, a marine sponge species that naturally produces antiviral substances. The substance can inhibit the growth of viruses as well as the entry of viruses into cells. … weiterlesen

Two men at a swimming robot in the CAVE
The swimming robot of TU Freiberg, equipped with sensors, is supposed to drive completely autonomously on the water thanks to artificial intelligence and continuously measure various environmental parameters. In this way, the water quality of reservoirs and dams can be checked in real time. … weiterlesen

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