Funded PhD Thesis : Development of X-ray phase-contrast imaging method for the analysis of lightning-struck aeronautical materials
- Palaiseau, Essonne
- CDI
- Temps-plein
- a strong interest in image processing and coupled modelling/experimentation approach
- a background in physics (optics/plasma physics/ionizing radiation-matter interaction/metrology) that may include notions of materials science
- good knowledge of computer programming languages (Python / C, C++, Matlab...).
- knowledge of Monte Carlo particle transport codes would be a plus.
- X-ray non-destructive testing on an emerging topic with strong industrial demand
- wave front analysis methods
- composite materials and the physics of their damage
- data processing and modelling
- problem-solving, teamwork, project management, oral and written communication.
- 47 days of vacation per year
- working from home (up to 1 day per week)
- 50 % reimbursement of public transportation costs
- Services (company restaurant, library, travel voucher, etc.)
- Sports facilities (swimming pool, tennis courts, gym, etc.) and a variety of sporting activities
- Health insurance
EURAXESS