Section 1: Physics of Materials

  • Ferro-Piezoelectrics, Semiconductors, Superconductors, Environmental Materials, Composite, Ceramics, Thin Films, Nanomaterials, Advanced Materials for Additive Manufacturing, Metal Engineering Materials, Functionally Graded Materials etc.
  • Powder Processing, Processing Technologies, Piezoelectric Technologies, MEMS-Processing, etc.
  • Material Design, Microstructure Properties, Physical Properties, Mechanical Properties, Strength Properties, Finite-Element Modeling, Mathematical Modeling, Physical Modeling, Physical Experiment, etc.
  • MEMS, Hetero-structures, Piezotransducers, Energy Harvesting, Superconductive Devices, Light-Emitting Diodes, Multimedia
  • Communication, Fiber Reinforced Composites, Construction Health Monitoring, Lubricant and Tribology, etc.

Section 2: Chemistry of Materials

  • Medical Materials, Nanotechnology
  • Formation, structure and properties of solid-phase substances and materials
  • Thermodynamic aspects of materials science
  • Phase diagrams in materials science
  • Synthesis of functional materials, CVD processes, plasma chemistry

Round table:  «Problems of training highly qualified personnel»