Master's thesis in hydrogel microneedles applied for buccal drug delivery of peptides at IDUN Research Section within the EU project BUCCAL-PEP

3D-microprinting of cell-like structures using two-photon polymerization. And characterization using optical microsocpe and scanning electron microcopy (SEM)

Special Course at the Biomimetrics, Biocarriers and Bioimplants group about biomaterials-based approach for the creation of artificial red blood cells

 Identified the student difficulties and helped them to overcome it  Motivated the student to keep learning  Understood the student level and adapted the explanation to him

 Applied team management skills Creation, adaptation, and preparation of trainings to work specific conce

 Identified the student difficulties and helped them to overcome it  Motivated the student to keep learning  Understood the student level and adapted the explanation to him

 Use of Z-potential, FT-IR, and TEM techniques  Research, theoretical study, and comprehension of scientific literature Application of the research to optimize an existent process to increase its efficiency and result Realization of organic synthesis using the optimized features Writing and divulgation of the work