Sensors For Cyber Chemical Systems (IDTechEx Sensors Europe 2016)

In contrast to cyber physical systems(CPS), which are sensitive to physical changes in their environment like temperature, pressure, or location, cyber chemical systems (CCS) are able to detect chemical changes in their environment (like volatile organic compounds or gases). For CCS advanced chemical sensor arrays concerning sensor performance, size, power consumption or price are needed. The chemisensitive layers of the sensors in the array have to be versatile and should allow for a broad materials variation. In the talk novel chemisensitive coatings based on graphene, nanoparticle networks or nanoporous metal organic materials for cyber chemical systems are presented.

Curriculum vitae Prof. Dr. Yvonne Joseph

 

Personal:

 

Name: Prof. Dr. Yvonne Joseph

Date of Birth: 14th August, 1972

Place of Birth: Berlin, Germany

 

Nationality: German

 

Official address: TU Bergakademie Freiberg, Institut für Elektronik- und Sensormaterialien, Gustav-Zeuner-Str. 3, D-09599 Freiberg, Germany

 

Telephone/FAX +49 (0) 3731 39-2146 / +49 (0) 3731 39-3662

 

Email: Yvonne.Joseph@esm.tu-freiberg.de

 

 

Education:

 

1998 Diploma in chemistry at the Free University Berlin, Germany

 

2001 Graduation to Dr. rer. nat. at the Free University Berlin, Germany

 

 

Professional career:

 

1998 - 2001 PhD, Scientific Co-worker at the Fritz Haber Institute of the MPG, Department of inorganic Chemistry, Berlin, Germany

 

2001 - 2011 Scientist/Senior Scientist at SONY Deutschland GmbH, Material Science Laboratories, Stuttgart, Germany

 

2005 - 2011 Guest Lecturer at University of Stuttgart, Department of Physical Chemistry, Stuttgart ,Germany

 

2011 - today University Professor at the TU Bergakademie Freiberg, Director of the Institute for Electronic and Sensor Materials

 

2012 - today Vice-dean, Department of Material Science and Technology, TU Bergakademie Freiberg

The "Technische Universität Bergakademie Freiberg" is a Technical University focused on four research profile lines (Geo, Material, Energy and Environment). The "Institute for Electronics and Sensormaterials" (IESM) focuses on the development of high-tech materials for advanced applications in the field of electronics, separation and sensing. The institute is dedicated to the scientific education in the Diploma program "Nanotechnology" and the Master program "Electronics and Sensor Materials" and consists of 1800m2 lab and office area and in a 400 m2 clean room for research. The institute is equipped with various instruments for materials synthesis, coating, characterisation and has sensor test equipment for single gas tests, for testing gas mixtures as well as for sensor tests in liquids. The clean room is equipped with all standard instruments needed for CMOS processes. Additionally, large mechanical and electrical workshops are available.