Marion Provost Email & Phone Number

Palaiseau, Fr

Palaiseau

Workpackage leader "Materials & Architectures"Goal : Perovskite on Silicon Tandem cells and modules• Inorganic and Organic N-type and P-type materials: process, synthesis, interface engineering • perovskite solar cells: advanced materials and electrical characterization, durability• Process upscale: from single cells to solar modules

Palaiseau

Goal : Perovskite on Silicon Tandem cells and modules• Inorganic and Organic N-type and P-type materials: process, synthesis, interface engineering • perovskite solar cells: advanced materials and electrical characterization, durability• Process upscale: from single cells to solar modules

Grenoble Area, France

[...] to microelectronics !Goal : A new passivation and protection layer for the packaging of OLED-based microdisplays.Experience gains on:• Advanced characterization: Nano-indentation, permeation, structure and morphology• Applied work in microelectronic environment, thin-film deposition, photolithography and etching• Thin-film encapsulation and electro-optical characterization of organic electronic systemsAchievement: • Full development of a new composite layer… Show more [...] to microelectronics !Goal : A new passivation and protection layer for the packaging of OLED-based microdisplays.Experience gains on:• Advanced characterization: Nano-indentation, permeation, structure and morphology• Applied work in microelectronic environment, thin-film deposition, photolithography and etching• Thin-film encapsulation and electro-optical characterization of organic electronic systemsAchievement: • Full development of a new composite layer on OLED devices with civil-military specification for industrial applications.• Scientific and technical valorization. Application of the method in other projects and development of new partnerships. Show less

Pessac Area, France

From chemistry design [...]Goal : Development of a new abrasion-resistant product range of varnish• Design of organic-inorganic nano-composite films and nano-materials by sol-gel chemistry• Surface preparation and functionalisation, adhesionAchievement :Improvement on the existing commercially-available products and complete development of a new formulation spécifically adapted to the severe requirements of the application.

Chambéry Area, France

Goal: Development of the electroluminescence imaging method for organic solar cells.• Defects imaging by electroluminescence and photoluminescence• Adaptation of the method and the equipement from silicon solar cells to organic solar cells• R&D, monitoring of the defects from the fabrication and aging processAchievement: The electroluminescence imaging method is now routinely used for research and development in the laboratory

Yokohama, Kanagawa, Japan

• Electro-optical properties of organic and inorganic luminescent materials• Experimental design and characterization of nano-materials

Clermont-Ferrand Area, France

Chemical and physical analysis of water for human use and consumption.

Ph.D (Science), Eeats (Electronics, Electrical Engineering, Automatism And Signal Processing)

Main Formation: Management, Project monitoring, literature monitoring, industrial protection and patents (>50h)

Engineering Degree, Materials Chemistry

Activities and Societies: Student association “les cordées de la réussite” (2014), aim to promote access to higher education for young.

Master Degree (Conjoint Degree), Materials Science, Conjoint Degree

Main Formation: Optoelectronics – nano-structures – surfaces and interfaces.