Scopes and Themes

Hybrid Interface Materials

  • Interface Modification and Applications
  • Adhesion Properties of Hybrid Interfaces
  • Atomic Scale Engineering of Interfaces
  • Nano-bio Technology on Interfaces
  • 2D Materials and Its Interfacial Properties
  • Biomimetic Hybrid Materials and Technology

New Surface Materials & Process

  • Dry Process (Atm., Vacuum Plasma Coatings, Melting spray, etc.)
  • Wet Process (Electro- & Electroless Platings, Anodizing, Hot dipping, Solution Plasma, etc.)
  • Functional Surface (Bio, Energy, Environment, etc.)
  • Allied Surface Science, Analysis and Properties, etc.
  • Multifunctional Thin Film Design

Applications of Hybrid Materials

  • Electronic Devices and Sensors for IoT Applications
  • Next Generation Energy Storage and Conversion
  • Sorption and Catalytic Applications
  • Electronic, Magnetic, and Optical/Photonic Applications
  • Health Care and Diagnostic Applications

Hybrid Manufacturing Technology

  • Micro/Nano Fabrication Technology
  • Processing and Applications of Advanced Materials (Cutting, Welding, Laser, EDM)
  • 3D printing and additive manufacturing technology

Computation and Characterization of Hybrid Materials

  • Computational Modeling and Electron Microscopic Analysis for Nano/Interface Materials​
  • Hybrid Interfaces of Information, Display and Energy Materials
  • Nanomechanics for Advanced Materials
  • Characterization, Evalution and Reliability
  • Cutting Edge Characterization of Hybrid Materials