Organics electronics research group - IMS Bordeaux Laboratory

Organic Electronics

The Organic Electronics and Organic Microsystems (named “Organic” in the flowchart IMS) was created in June 2012 to merge the electro-optical and electro-mechanical aspects of organic materials . All the group is located at the ENSCBP graduate school since January 2013. The “Organic” group aims to print the active components (electronic, optical and mechanical) with organic compounds and / or hybrid.

Institutional context

The Organic Electronics and Microsystems Research Group (named « ORGANIC GROUP » in the flowchart of IMS laboratory) was created in June 2012. Our group consists of materials scientists, physicists, and electrical engineers. We also work in strong collaboration with chemists to develop new materials and new devices.

Scientific presentation

Our main interests focus on the electro-optical and electro-mechanical aspects of organic materials. Research activities in the group include modeling, design, fabrication and characterization of organic electronic devices. The devices being developed within the ELORGA and TAMIS platforms are :

Light-Emitting Diodes (OLEDs, perovskites)
Organic and hybrid Solar Cells (OPV, DSSC and hybrid perovskite)
Organic photodetectors (OPD)
Transistors (TFTs, OFETs, OECTs, OLETs)
Micro ElectroMechanical Systems (polymer MEMS, Si MEMS)
Physical, Chemical and Biological Sensors
Soft Actuators

Organic Electronics skills

The skills of the “Organic” group are focused on the integration of organic active materials in electronic devices and on the understanding of the phenomena governing the physical components.

Human Factor Engineering

Access, use and cognitive constraints

Human-System Interaction

Knowledge and Learning Management

Partners

Collaborations and partners

For the various research projects underway, the IMS Bordeaux laboratory and its teams rely on strong partnerships and collaborations, which allow for the creation of a synergy of strengths and a sharing of technical and human resources

Academic national
partners

Academic international
partners

Industrial partners

IRT St Exupery

Dassault

Research group publications

Elorga

Organic electronics has rapidly evolved into a distinct discipline, with some products already on the market, including OLEDs. The competition for the lighting and solar cell markets is intense, and the ELORGA team is among the national leaders in the field. The team works on fundamental aspects in organic semiconductors such as charge transfer mechanisms...

Go to page

Prims

The PRIMS (PRInted Microelectromechanical Systems) team designs and produces printed microsystems. The team’s skills cover the fields of component design, characterisation, modelling and application. The applications currently targeted are chemical detection in a gaseous medium, chemical detection in a liquid medium, characterisation of the...