Scholarships with predefined research topic in "Materials Science and Technology" (41st cycle)

Second session

Within the second session of the 41st cycle, the following scholarships with predefined research topic in "Materials Science and Technology" are available:

  1. AMMIN - Biobased polymeric materials for 3D printing by liquid deposition modelling
  2. DISAT - Paint consolidation: switching from conservation current practice to greener and more user friendly polymers and solvents
  3. DISAT - Paint consolidation: towards the use of natural polymers for more sustainable products
  4. CRT/DISAT - Towards sustainable Flame-Retardant polymers: processing, microstructure, and performance relationships
  5. DISAT - Design, fabrication, and advanced characterization of multifunctional membranes for CO2/H2O capture and ion transport
  6. AMMIN/DISAT - Nanomaterials for Advanced Light Energy Management
  7. DISAT - Advanced functional nanofibrous materials by green electrospinning
  8. CRT/DISAT - Laser processing of polymer-based materials
  9. DISAT - Sustainable materials and processes for emerging energy technologies
  10. CRT/DISAT - 3D printing of ceramic and glass materials for biomedical and energy applications
  11. DISAT - Advanced characterization of functional materials for electrochemical energy storage
  12. DISAT - Molecular Modelling of Supramolecular Materials in Chemical Gradients
  13. IIT - 3D printing enabling morphological tactile sensing and mechanical interaction at different scales
  14. IIT - Electrochemical devices for integrated carbon capture and conversion
  15. IIT - Advanced and operando characterizations of functional materials and systems for the energy transition

First session

Within the first session of the 41st cycle, the following scholarships with predefined research topic in "Materials Science and Technology" are available:

  1. AMMIN - Data Driven Approaches for Complex Molecular Systems and Materials
  2. AMMIN - Joining and integration of Protonic ceramic electrolysis cells
  3. AMMIN - Innovative scaffolds for tissue engineering: joining DLP technology with multi-functional ceramic particles
  4. Ammin/DISAT - Solid state and quasi solid state electrolytes for next generation Li-based batteries
  5. DISAT - Molecular Model and simulation of chemicalgradient-responsive Supramolecular Materials
  6. DISAT - Molecular Modelling of supramolecular systems response to concentration fluctuations
  7. DISAT - Molecular simulations of self-assembling systems in chemical gradients
  8. AMMIN - Development of additive manufacturing for functional inorganic materials
  9. AMMIN - Development of high-performance Ni-based superalloys by Additive Manufacturing processes
  10. CRT/CIM 4.0/DISAT - Development of new alloys for laserbased additive manufacturing
  11. INRiM - Optical and electrical techniques for fabrication and metrological characterization of transport properties in materials for energy applications
  12. DISAT - Next-generation materials and processes for industrial-scale rechargeable batteries
  13. DISAT - Materials and processes for the preparation of potassium batteries electrodes
  14. DISAT - Versatile materials for batteries and electrocatalysis