Surface functionalization of metals and their alloys is an important developing research field that combines chemistry, materials science, and engineering to tailor surface properties for specific applications. Since many technological systems use various metallic materials, improving their surface performance is essential for increasing durability, safety, and sustainability. The program focuses on understanding and controlling surface reactions to design advanced protective and functional coatings.
Young researcher participating will gain insight into electrochemical corrosion mechanisms, metal–environment interactions, and strategies to mitigate degradation through innovative surface treatments. Special emphasis is placed on environmentally friendly approaches using safer and sustainable alternatives.
Functionalization strategies introduce advanced properties, such as self-healing, superhydrophobicity, anti-icing behaviour, improved adhesion, and enhanced thermal performance. By designing the surface chemistry and microstructure, it is possible to create “smart” coatings that respond to environmental stimuli and protect the underlying material.
The program integrates fundamental and applied research. On the fundamental level, it explores electrochemical processes, surface chemistry, and interfacial phenomena. On the applied level, it addresses real industrial challenges, including long-term stability, mechanical robustness, scalability of coating processes, and compatibility with industrial production.
Young researcher will be trained in a wide range of advanced experimental techniques, including electrochemical methods, surface analytical techniques (SEM/EDS, XPS), spectroscopic characterisation, wettability measurements, and accelerated corrosion performance testing.
Researcher will be encouraged to translate laboratory findings into practical solutions that advance sustainable technologies across sectors such as energy, transportation, and heat exchange systems. This provides valuable experience in project management, teamwork, and technology transfer.
Overall, the program offers young researcher an opportunity to develop strong scientific foundations by combining innovations, advanced materials design, and sustainability principles.