Major Research Areas

- Classical Materials and Applications (Iron-Steel and non-ferrous metal, Glass, Ceramic, Plastic and/or composite materials,   Surface treatments and coating, Heat treatment, Powder metallurgy, Mechanical Behavior of Materials, etc.) - Thin Film Growth and Applications
- Advanced Characterization Computational Materials Science
- Electronic, Optical and Photonic Materials
- Organic Polymer Materials
- Nanostructures and Nanosensors
- Biological Materials
- Crystal Growth
- Magnetic and Modern Magnetic Materials
- Graphenes
- Perovskites
- Materials Informatics
- Selective Laser Sintering
- Metamaterials
- Dicalcogenides
- Quantum Computing
- Green Technologies
- Energy Generation and Storage

Beyond classical material technologies, especially smart materials, thin films and coatings, computational materials physics, sensor applications, semiconductor-based electronic materials, polymers, composite materials, biomaterials, ceramics and metals, materials with controllable thermal expansion are the current areas of interest of materials science and engineering.