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- | FONDS AXA pour la Recherche- Ph’D application. | + | '''FONDS AXA pour la Recherche- Ph’D application.''' |
- | + | [http://www.axa-research.org/fr/ Le Fonds AXA pour la Recherche] souhaite favoriser l'émergence de leaders scientifiques de premier plan. Il accorde chaque année une trentaine de bourses Doctorales. <br> | |
- | L'unique campagne pour l'année 2010 a ouvert le 2 Février. Les institutions ont jusqu'au 30 Mars 2010 pour proposer des candidats, lesquels pourront soumettre leurs dossiers jusqu'au 27 Avril. | + | L'unique campagne pour l'année 2010 a ouvert le 2 Février. Les institutions ont jusqu'au '''30 Mars 2010''' pour proposer des candidats, lesquels pourront soumettre leurs dossiers jusqu'au 27 Avril. |
Lisez le Modus Operandi : | Lisez le Modus Operandi : | ||
- | + | [http://researchfund.axa.com/lib/rc/uploads2/Modus_Operandi_PhD_2010.pdf | |
- | + | '''ici''']<br> | |
- | Trois grands secteurs seront financés : Environmental risks (Natural catastrophes ,Climate change and associated risks) | + | Trois grands secteurs seront financés : |
+ | * Environmental risks (Natural catastrophes ,Climate change and associated risks) | ||
+ | * Life risks | ||
+ | * Socio Economic risks | ||
Ci-dessous quelques extraits du Modus Operandi. | Ci-dessous quelques extraits du Modus Operandi. | ||
Budget 100 à 125 Keuros sur 3 ans | Budget 100 à 125 Keuros sur 3 ans | ||
- | Parmi l’ensemble des thèmes possibles le sous-thème des catastrophes naturelles est | + | Parmi l’ensemble des thèmes possibles le sous-thème des catastrophes naturelles est celui qui concerne le plus l’école doctorale. |
- | 1. Seismic risks | + | #1. Seismic risks |
- | 2. Avalanche risks | + | #2. Avalanche risks |
- | 3. Ground movements | + | #3. Ground movements |
Subsidence, collapse, debris flow and avalanche, landslides, coastal dune dynamics, dissolution of limestone | Subsidence, collapse, debris flow and avalanche, landslides, coastal dune dynamics, dissolution of limestone | ||
- | 4. Flooding risks | + | #4. Flooding risks |
Generated by sustained rainfall or river flood, by streaming andmudflows, by debris flow, groundwater flood, by sea tidal surge and strong winds | Generated by sustained rainfall or river flood, by streaming andmudflows, by debris flow, groundwater flood, by sea tidal surge and strong winds | ||
- | 5. Volcanic risks | + | #5. Volcanic risks |
Lava flow, pyroclasticflow, volcano injections of aerosols and gases, lahars | Lava flow, pyroclasticflow, volcano injections of aerosols and gases, lahars | ||
- | 6. Forest fires | + | #6. Forest fires |
- | 7. Risks linked to atmospheric phenomenon | + | #7. Risks linked to atmospheric phenomenon |
Cyclonic storms and tornadoes, windstorms and wind risks, gales,atmospheric electrical discharge, snow and freezing rain, blizzard, hailstorms and hail risks,heat waves, droughts | Cyclonic storms and tornadoes, windstorms and wind risks, gales,atmospheric electrical discharge, snow and freezing rain, blizzard, hailstorms and hail risks,heat waves, droughts | ||
- | 8. Socio-economic impacts of natural catastrophes | + | #8. Socio-economic impacts of natural catastrophes |
The principal criteria used to make a scientific and academic assessment of the applications submitted are listed below: | The principal criteria used to make a scientific and academic assessment of the applications submitted are listed below: | ||
- | 1. The academic excellence of the candidate, assessed on the basis of his or her previous studies, and the excellence of his or her previous studies. | + | #1. The academic excellence of the candidate, assessed on the basis of his or her previous studies, and the excellence of his or her previous studies. |
- | 2. The innovative approach and originality of the Ph.D. project, as well as its feasibility (access to resources, etc.), and the impact of its potential results. | + | #2. The innovative approach and originality of the Ph.D. project, as well as its feasibility (access to resources, etc.), and the impact of its potential results. |
- | 3. The international orientation and reach of the host research laboratory. | + | #3. The international orientation and reach of the host research laboratory. |
- | 4. The quality of the conditions offered to the Ph.D. applicant by the host laboratory. | + | #4. The quality of the conditions offered to the Ph.D. applicant by the host laboratory. |
- | 5. The feasibility (access to resources, etc.) of the project, and the impact of its potential results. | + | #5. The feasibility (access to resources, etc.) of the project, and the impact of its potential results. |
Version du 25 mars 2010 à 09:50
FONDS AXA pour la Recherche- Ph’D application.
Le Fonds AXA pour la Recherche souhaite favoriser l'émergence de leaders scientifiques de premier plan. Il accorde chaque année une trentaine de bourses Doctorales.
L'unique campagne pour l'année 2010 a ouvert le 2 Février. Les institutions ont jusqu'au 30 Mars 2010 pour proposer des candidats, lesquels pourront soumettre leurs dossiers jusqu'au 27 Avril.
Lisez le Modus Operandi :
[http://researchfund.axa.com/lib/rc/uploads2/Modus_Operandi_PhD_2010.pdf
ici]
Trois grands secteurs seront financés :
- Environmental risks (Natural catastrophes ,Climate change and associated risks)
- Life risks
- Socio Economic risks
Ci-dessous quelques extraits du Modus Operandi. Budget 100 à 125 Keuros sur 3 ans
Parmi l’ensemble des thèmes possibles le sous-thème des catastrophes naturelles est celui qui concerne le plus l’école doctorale.
- 1. Seismic risks
- 2. Avalanche risks
- 3. Ground movements
Subsidence, collapse, debris flow and avalanche, landslides, coastal dune dynamics, dissolution of limestone
- 4. Flooding risks
Generated by sustained rainfall or river flood, by streaming andmudflows, by debris flow, groundwater flood, by sea tidal surge and strong winds
- 5. Volcanic risks
Lava flow, pyroclasticflow, volcano injections of aerosols and gases, lahars
- 6. Forest fires
- 7. Risks linked to atmospheric phenomenon
Cyclonic storms and tornadoes, windstorms and wind risks, gales,atmospheric electrical discharge, snow and freezing rain, blizzard, hailstorms and hail risks,heat waves, droughts
- 8. Socio-economic impacts of natural catastrophes
The principal criteria used to make a scientific and academic assessment of the applications submitted are listed below:
- 1. The academic excellence of the candidate, assessed on the basis of his or her previous studies, and the excellence of his or her previous studies.
- 2. The innovative approach and originality of the Ph.D. project, as well as its feasibility (access to resources, etc.), and the impact of its potential results.
- 3. The international orientation and reach of the host research laboratory.
- 4. The quality of the conditions offered to the Ph.D. applicant by the host laboratory.
- 5. The feasibility (access to resources, etc.) of the project, and the impact of its potential results.