
The development of multifunctional and sustainable materials has become a priority in both academic research and industrial innovation, particularly in the fields of biomedicine, food safety, and fire protection. In this context, bio-based polymers and inorganic-organic hybrid systems represent attractive alternatives to conventional materials due to their renewable origin, adjustable structures, and lower environmental impact.
This thesis is organized around complementary research axes focused on the development of antibacterial surface coatings, the design of chitosan-based films reinforced with pyridyl-pyridinium linkages, the elaboration of mesoporous SBA-15-type organosilicas functionalized with cationic groups such as ammonium for antibacterial applications, and the exploration of sustainable flame-retardant systems derived from phosphorylated biomass.
This thesis will be presented before the members of the jury:
| Full Name | Title | Institution | Role |
|---|---|---|---|
| Prof. Fouad Khalil | Full Professor | Sidi Mohamed Ben Abdellah University, Fez | Jury President |
| Prof. Khalid Draoui | Full Professor | Abdel Malek Essaadi University, Tetouan | Reviewer |
| Prof. Amine Moubarik | Full Professor | Sultan Moulay Slimane University, Beni Mellal | Reviewer |
| Prof. Nabil El Brahmi | Full Professor | Euromed University of Fes | Reviewer |
| Prof. Jamal El Haskouri | Full Professor | University of Valencia, Spain | Jury Member |
| Prof. Hicham Zaitan | Full Professor | Sidi Mohamed Ben Abdellah University, Fez | Jury Member |
| Prof. Abdelkrim El Kadib | Full Professor | Euromed University of Fes | Thesis Director |
| Prof. Nadia Katir | Full Professor | Euromed University of Fes | Thesis Co-Director |