FAME Master University of Bordeaux « Advanced Hybrid Materials and Ceramics by Design »
Bordeaux Lively and trendy city (90 000 plus students, initiatives like Darwin…) Swimming in the ocean 45 min Surfing (Basque coast) 90 min Skiing and trekking 120 minutes Snack in Paris, 120 minutes … 2 19 février 2019 Titre de votre présentation
Materials in Bordeaux g n i d n a t Materials s Historically: Materials r e d Physics n u l Chemistry a t n e m s a e d i t n r Functional Materials e u p F o r P , e Surface, Interface, Architecture r u t c and Materials for Materials u r t S Chemistry , n o Energy i t i s o p m o Application C Hybrid, Ceramic, Materials Metallic, Organic, S t a Composite Materials… b i l i t y , F o r m u l a Materials Engineering: t i o n , M strong development i c r o s t r Means, Methods u c t u r e Materials Physics: strong for LASERS, Materials Engineering (LaPHIA Cluster)
Advanced Functional Materials on the campus Optics Health Energy (Micro/Nano)- Catalysis, Sensors… Electronics Biomaterials, Phosphors, Storage (Multi)Ferroics Photocatalysis Drug delivery Lasers Li, H… Organic Gas sensors … … Conversion Electronics … Photovoltaics … Thermoelectrics … Powders, Ceramics, Thin films, Single Crystals Nanomaterials From chemical substitutions to nano-/micro-/meso-/macro-scale architectured materials Sustainable (Chemistry of) Materials
Materials Research Environment
Year 2 specialization in Bordeaux « Advanced Hybrid Materials and Ceramics by Design » FAME Master : specific curriculum in the « Master of Chemistry » * Compulsory courses Spring Semester Fall Semester 6 ECTS 6 ECTS 6 ECTS Hybrid and Large Scale Biblio. Facilities Nano (Including Materials Project practicals) written or oral examinations Bibliographic project : defended with Master Thesis, will include extra assignments http://www.u-bordeaux.fr/formation/2016/PRMA_61/chimie
Year 2 specialization in Bordeaux « Advanced Hybrid Materials and Ceramics by Design » All lectures welcome international and local students from multiple tracks * Compulsory courses Spring Semester Fall Semester 6 ECTS 6 ECTS 6 ECTS Master Thesis Hybrid and Large Scale Biblio. 5 months Facilities Nano (Including Materials Project (~550€/month) practicals) written or oral examinations Bibliographic project : defended with Master Thesis, will include extra assignments http://www.u-bordeaux.fr/formation/2016/PRMA_61/chimie
Year 2 specialization in Bordeaux « Advanced Hybrid Materials and Ceramics by Design » All lectures welcome international and local students from multiple tracks * Elective courses (3 out of 6) 6 ECTS 6 ECTS 6 ECTS 6 ECTS 6 ECTS 6 ECTS Innovative & Photonics, Molecular Magnetic & Energy, Applied Composite Lasers and Simulation Dielectric Communic. Nanoscience Imaging Materials Properties and Information written or oral examinations - as of 2018, 71% of Bordeaux FAME students started a PhD following their graduation. - among them, 32% stayed in Bordeaux (including 4 grants from University of Bordeaux and 3 IDS-FUNMAT grants) http://www.u-bordeaux.fr/formation/2016/PRMA_61/chimie
University of Bordeaux Key facts and figures 2017 (Shanghaï France ranking) Institutions 151-200 # 7-9 Natural Sciences 101-150 # 9 Chemistry 101-150 # 4 Physics 151-200 # 12 One of the three first excellence campus selected by French government First University to be awarded a perenial excellence label http://www.idex-univ-bordeaux.fr/
FAME Master University of Bordeaux « Advanced Hybrid Materials and Ceramics by Design »
For more information…
University of Bordeaux Key facts and figures 50 000+ students, incl. 50 000+ students, incl. 1 800+ PhD students 1 800+ PhD students 6200+ international students 6200+ international students 2 900+ academic staff (Prof., Asst. 2 900+ academic staff (Prof., Asst. Prof., Researchers…) Prof., Researchers…) 26 international study programmes 26 international study programmes 90+ research centers, 90+ research centers, 8 doctoral schools 8 doctoral schools
Materials in Bordeaux ~ 150 businesses making or processing composite materials (5000 jobs) ROCKET MOTORS AEROSPACE INDUSTRY MARKETS AIRCRAFT STRUCTURES CABIN AIR TREATMENT CFRC AIRCRAFT ENGINES LIEBHERR AIRBUS CMC AEROSPACE CMC SNECMA PROPULSION SOLIDE BRAKE DISCS SNECMA SAFRAN GROUP LEGEND CMC : CERAMIC MATRIX COMPOSITES CFRC : CARBON FIBER REINFORCED COMPOSITES C/C C/C : CARBON CARBON COMPOSITES MESSIER BUGATTI
Materials in Bordeaux A number of private European research laboratories – Rhodia/Solvay, Arkema, Eurovia, Saft, SNPE, SNECMA… 10% of the French research capacity for chemistry A laboratory for excellence (Labex): AMADEUS, for advanced materials ELOR PrintTEC « Equipex » for printable materials and organic systems Aquitaine Sustainable Chemistry Initiative (ACD) European Multifunctional Materials Institute , EMMI
Labex AMADEUS A laboratory for excellence (Labex): AMADEUS, for advanced materials Metamaterials Molecular materials Organic electronics… A FRENCH LEADING POSITION : POLYMER BASED ORGANIC ELECTRONICS THE "ELORGA" PLATFORM DESIGNED TO ELABORATE AND CHARACTERIZE ORGANIC • ELECTRONICS DEVICES ELORGA PLATFORM ORGANIC PHOTOVOLTAIC PANEL COURTESY : CENTRE DE COURTESY : LABORATORY OF COURTESY : LABORATORY COURTESY : LABORATORY RECHERCHE PAUL PASCAL [CRPP] CHEMISTRY OF INTEGRATION FROM MATERIAL INTEGRATION FROM MATERIAL ORGANIC POLYMER [LCPO] TO SYSTEM [IMS] TO SYSTEM [IMS] A COLLABORATIVE INDUSTRY/RESEARCH PROJECT CULTURE • ORGANIC LIGHT EMITTING DISPLAYS FOR AVIONICS (e.g. OLEDS) FLEXIBLE AND LARGE AREA ORGANIC PHOTOVOLTAIC PANELS FOR ENERGY • • INKS AND DATA STORAGE FOR INFORMATION TECHNOLOGY http://amadeus.labex-univ-bordeaux.fr/
University of Bordeaux Science and Technologies ~8 000 students ~1600 staff ~1000 PhD students 20 research laboratories An innovative university at the service of learning and training ■ Highly varied educational activities ■ Great choice of paths to take within their degree course right up to doctorate level ■ Self access centres, which allow students to study autonomously
Materials in Bordeaux Univ. Bordeaux University : Prioritary axis Materials for the future Gathers many laboratories working on structural materials, soft matter, nanomaterials, composite materials, optical materials, functional materials… Chemistry, Physics, Biology (materials for health)… multiferroics polymers heterogeneous catalysis ferroelectrics coatings photocatalysis piezoelectrics solid state ionics photovoltaics photoactive materials biomaterials nanomaterials sensors and actuators composites metamaterials magnetism optics transparent conductors
► Institute of Condensed Matter Chemistry More than 230 - Oxides, fluorides, metallic and molecular materials people working - Powder, ceramic, composite, single-crystals, thin films on materials - Structural and functional materials chemistry, - Dielectric, magnetic, optical materials physics and - Materials for energy storage and conversion engineering - Environment and sustainable development http://www.icmcb-bordeaux.cnrs.fr/index.html
Bibliographic and Research Project for Master Thesis FAME Master recent subjects Photomagnetic molecular compounds Transparent organic electrodes Synthesis of linear block copolymers from cellulose base Porous materials for photocatalysis Bio-mimetic Actuators based on conducting polymers Colloidal liquid crystals Scattering from plasmonic nanoraspberries Preparation of Gold Saturn Like particles and characterization of their optical properties FAME Master Defended PhD Optimization of bistable molecular materials for communication and information processing Effect of electrical and magnetical constraints on ferroelectric ceramics and single-crystals Organization of molecule-magnets by coordination chemistry : towards a new generation of magnetic and photomagnetic materials
Curriculum of the FAME Specialization at Bordeaux 6 ECTS Hybrid &Nanomaterials General overview concerning the use of the Tools of molecular, macromolecular, sol-gel chemistries and physico-chemistry to elaborate nanomaterials, control the organization and the properties of self- assembled macromolecular structures and of organic/inorganic hybrid materials. - To know the main fabrication processes of inorganic nanomaterials (quantum dots, metals, metal oxide); - To be able to describe the basics, fundamental chemistry and physics of nanosystems; - To know the basis of block copolymer self-assembly at the bulk state; - To know the main properties and applications of block copolymer-based materials as well as the main techniques to characterize them; - To manipulate simple physico-chemical concepts to describe functional hybrid materials; - To know the main classes and applications of hybrid materials; - To be able to propose different synthetic strategies towards functional hybrid materials. http://www.u-bordeaux.fr/formation/2016/PRMA_61/chimie/enseignement/FRUAI0333298FCOEN_5781/hybrid-and-nanomaterials
Recommend
More recommend
