Programme de maturation – Linksium, SATT Grenoble Alpes
Début : 01/02/2022 Fin : 31/07/2023
30-32 k€ brut/an
Limite de candidature : 07/01/2022
Project Description
The E-transparent project addresses transparent radio frequency applications for various sectors (smart building, automotive, telecommunications, etc.). The transparency of the devices developed is based on the formulation of a transparent conductive ink coupled with specific design strategies. The materials implemented in this transparent conductive ink are silver nanowires, nanocelluloses and specific additives. Issued by the research institutions LGP2 and IMEP-LAHC the innovation is patented. This maturation program aims at optimising and characterising the transparent RF systems produced to allow a market positioning as well as the establishment of a transfer and valorization strategy.
Targeted applications are antenna devices, rectenna systems (energy harvesting) and frequency selective surfaces (FSS). The development of new RF patterns, their characterization as well as the study of their stability and aging will be in major focus within the maturation program.
Four distinct Work Packages have been identified to achieve the objectives:
WP1 – Printing optimization and scale-up
– Printing quality optimization
– Characterization and optimization of the printed film adhesion
– Scale-up of the ink production (500g / 1kg)
WP2 – Transparent RF Application
– Development of antenna devices and characterization
– Development pf FSS surfaces and characterization
– Rectenna development and characterization
WP3 – Stability and aging assessment
– Assessment of the devices resistance against bending, T°, HR%, UV… Etc.
-Ink aging assessment
– Devices aging assessment
WP4 – RF ink and devices validation
– Development of demonstrators
– Validation by manufacturers (Printing / Printed electronics actors)
For more information:
LGP2 : https://lgp2.grenoble-inp.fr/fr/laboratoire
IMEP-LaHC : https://imep-lahc.grenoble-inp.fr/
Linksium : https://www.linksium.fr/
Candidate Profile:
⊃ PhD degree/ doctorate appreciated
⊃ Given the multidisciplinary aspect of the project, several types of skills can be valued:
Expertise in the field of materials (nanocelluloses, nanoparticles)
Expertise in printing processes, in particular screen-printing process
Expertise in the field of radiofrequencies
⊃ Autonomy, professionalism, capacity to analyze and synthesize, motivation, ability to work in a team
⊃ Good level in English
To apply to this offer, please send a detailed CV, an application letter and the contact information of a referring person if possible.
Contact Information :
Aurore DENNEULIN (LGP2) Tel : +33 476 826 928 aurore.denneulin@pagora.grenoble-inp.fr
Figure33 476 826 928 aurore.denneulin@pagora.grenoble-inp.fr
202202_OffrePost-Doc_E-Transparent-MATURATION_English