Jasmin Aghassi is Managing Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe, and is Professor of Electrical Engineering at Applied University of Offenburg.  Christian Punckt is Associate Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe.

• Active Materials for Printed Energy Harvesting Applications.- Active Materials for Printed Sensor Applications.- Materials for Printed Energy Storage Devices.- Active Materials for Printed Lighting and Display Applications.- Transparent Materials.- Optoelectronic Properties of Printed Materials.- Active Materials for Printed Memory Devices.- Active Materials for Printed Transistors and Logic Circuits.- Passive Conductive Materials for Printed Electronics Applications.- Dielectric Gating Materials and Concepts.- Electrolyte Gating Materials and Concepts.- Encapsulation Layers in Printed Electronics.- Substrates for Printed Electronics Fabrication.- Theory and Computation of Organic Materials.- Theory and Computation of Inorganic Materials.- Fabrication of Printed Electronics Devices: Concepts and Challenges.- Dispersions and Inks for Printable Electronics.- Engineering of Film Formation and Drying Processes.- Sheet-based Printing Techniques for Electronic Applications.- Roll-to-Roll Printing Techniques for Electronic Applications.- Microcontact Printing and Nano-Imprint Lithography for Electronic Applications.- Encapsulation Processes for Printed Electronic Applications.- Printed Electronics: Printing process Simulation.- Printed Lighting and Displays: Current Research.- Printed Lighting and Displays: Industrial Developments.- Printed Photovoltaics: Current Research.- Printed Photovoltaics: Industrial Developments.- Organic/Inorganic/Hybrid Components for Printed Electronics: Current Research.- Organic/Inorganic/Hybrid Components for Printed Electronics: Industrial Developments.- Printed Transistors and Logic Structures: Current Research.- Printed Transistors and Logic Structures: Industrial Developments.- Printed Energy Storage Devices: Current Research.- Printed Energy Storage Devices: Industrial Developments.- Printed Cyber-Physical Systems for the Internet of Things.- Printed Sensors.- Printed Wearables.- Hybrid Flexible Electronics.- Theory and Modelling of Printed Photovoltaics.- Theory and Modelling of Printed Devices.- Theory and Modelling of Energy Storage Devices.- Theory and Modelling of Printed Transistors and Logic Circuits.- Technology Perspectives of Printed Electronics.- Printed Electronics: Market Pull and Technology Roadmap.- International Standardization of Printed Electronics: An ISO/IEC Perspective.

Jasmin Aghassi is Managing Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe, and is Professor of Electrical Engineering at Applied University of Offenburg.  Christian Punckt is Associate Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe.

• Active Materials for Printed Energy Harvesting Applications.- Active Materials for Printed Sensor Applications.- Materials for Printed Energy Storage Devices.- Active Materials for Printed Lighting and Display Applications.- Transparent Materials.- Optoelectronic Properties of Printed Materials.- Active Materials for Printed Memory Devices.- Active Materials for Printed Transistors and Logic Circuits.- Passive Conductive Materials for Printed Electronics Applications.- Dielectric Gating Materials and Concepts.- Electrolyte Gating Materials and Concepts.- Encapsulation Layers in Printed Electronics.- Substrates for Printed Electronics Fabrication.- Theory and Computation of Organic Materials.- Theory and Computation of Inorganic Materials.- Fabrication of Printed Electronics Devices: Concepts and Challenges.- Dispersions and Inks for Printable Electronics.- Engineering of Film Formation and Drying Processes.- Sheet-based Printing Techniques for Electronic Applications.- Roll-to-Roll Printing Techniques for Electronic Applications.- Microcontact Printing and Nano-Imprint Lithography for Electronic Applications.- Encapsulation Processes for Printed Electronic Applications.- Printed Electronics: Printing process Simulation.- Printed Lighting and Displays: Current Research.- Printed Lighting and Displays: Industrial Developments.- Printed Photovoltaics: Current Research.- Printed Photovoltaics: Industrial Developments.- Organic/Inorganic/Hybrid Components for Printed Electronics: Current Research.- Organic/Inorganic/Hybrid Components for Printed Electronics: Industrial Developments.- Printed Transistors and Logic Structures: Current Research.- Printed Transistors and Logic Structures: Industrial Developments.- Printed Energy Storage Devices: Current Research.- Printed Energy Storage Devices: Industrial Developments.- Printed Cyber-Physical Systems for the Internet of Things.- Printed Sensors.- Printed Wearables.- Hybrid Flexible Electronics.- Theory and Modelling of Printed Photovoltaics.- Theory and Modelling of Printed Devices.- Theory and Modelling of Energy Storage Devices.- Theory and Modelling of Printed Transistors and Logic Circuits.- Technology Perspectives of Printed Electronics.- Printed Electronics: Market Pull and Technology Roadmap.- International Standardization of Printed Electronics: An ISO/IEC Perspective.

Jasmin Aghassi is Managing Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe, and is Professor of Electrical Engineering at Applied University of Offenburg.  Christian Punckt is Associate Director of the Competence Network for Nanotechnology and Nanomaterials (NanoMat), Karlsruhe Institute of Technology (KIT)/University of Karlsruhe.

• Active Materials for Printed Energy Harvesting Applications.- Active Materials for Printed Sensor Applications.- Materials for Printed Energy Storage Devices.- Active Materials for Printed Lighting and Display Applications.- Transparent Materials.- Optoelectronic Properties of Printed Materials.- Active Materials for Printed Memory Devices.- Active Materials for Printed Transistors and Logic Circuits.- Passive Conductive Materials for Printed Electronics Applications.- Dielectric Gating Materials and Concepts.- Electrolyte Gating Materials and Concepts.- Encapsulation Layers in Printed Electronics.- Substrates for Printed Electronics Fabrication.- Theory and Computation of Organic Materials.- Theory and Computation of Inorganic Materials.- Fabrication of Printed Electronics Devices: Concepts and Challenges.- Dispersions and Inks for Printable Electronics.- Engineering of Film Formation and Drying Processes.- Sheet-based Printing Techniques for Electronic Applications.- Roll-to-Roll Printing Techniques for Electronic Applications.- Microcontact Printing and Nano-Imprint Lithography for Electronic Applications.- Encapsulation Processes for Printed Electronic Applications.- Printed Electronics: Printing process Simulation.- Printed Lighting and Displays: Current Research.- Printed Lighting and Displays: Industrial Developments.- Printed Photovoltaics: Current Research.- Printed Photovoltaics: Industrial Developments.- Organic/Inorganic/Hybrid Components for Printed Electronics: Current Research.- Organic/Inorganic/Hybrid Components for Printed Electronics: Industrial Developments.- Printed Transistors and Logic Structures: Current Research.- Printed Transistors and Logic Structures: Industrial Developments.- Printed Energy Storage Devices: Current Research.- Printed Energy Storage Devices: Industrial Developments.- Printed Cyber-Physical Systems for the Internet of Things.- Printed Sensors.- Printed Wearables.- Hybrid Flexible Electronics.- Theory and Modelling of Printed Photovoltaics.- Theory and Modelling of Printed Devices.- Theory and Modelling of Energy Storage Devices.- Theory and Modelling of Printed Transistors and Logic Circuits.- Technology Perspectives of Printed Electronics.- Printed Electronics: Market Pull and Technology Roadmap.- International Standardization of Printed Electronics: An ISO/IEC Perspective.