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•    Apply life cycle analysis methods
•    Analyze relevant data from integrated circuit fabrication processes
•    Evaluate and compare the various current integration schemes
•    Develop case studies for the application of methodologies defined within the project, drawing on production lines and tools available at the research centers (CEA and UGA)
•    Develop three-dimensional integration methods to address the use cases studied
•    Analyze potential environmental rebound effects related to the choice of integration paths studied
•    Collaborate with various partners to test the chosen technological directions
•    Publish research articles

•  Expertise in semiconductor materials and devices
  •    Knowledge of advanced manufacturing processes (3D integration, packaging)
  •    Expertise in SoC (System-on-Chip) and chiplet architectures
  •    Expertise in life cycle assessment (LCA) for sustainable electronics
  •    Initial experience in design/prototyping (CAD, FPGA, ASIC) and experimental characterization (sub-THz testing, reliability)
  •    Ability to analyze and process data (Python, MATLAB, LCA)
  •    Innovative mindset (for sustainable solutions) and sensitivity to environmental and social issues
  •    Demonstrate scientific rigor
  •    Ability to work in a multidisciplinary team
  •    Doctoral degree