Materials Science and Engineering

• Biomaterials

• Ceramic, Films and Glasses

• Chemical Material

• Composites Materials

• Energy Materials

• Inorganic Nonmetallic Materials

• Iron and Steel

• Liquid Crystals and Crystalline Materials

• Macromolecular Material 

• Magnetic Materials

• Metallic and Oxide Superlattices

• Metallic Materials

• Nanomaterials and Nanocomposites 

• New Functional Materials

• Nuclear Fuel Materials

• Optical, Electronic, Magnetic Materials

• Organic and Inorganic Materials

• Polymers

• Porous and Catalytic Materials

• Semiconductors and Functional Materials

• Semiconductors and Superconductors

• Sensors and Surfaces

• Smart Materials

• Spintronics Materials

• Structured Materials

• Fossil and Non-Fossil Energy

• Nuclear Energy

• Biomaterial and Genetic Material

• Solar Cell Materials

• Electric Power Systems and Controls

• New Energy Materials and Environmental Friendly Materials

Innovations on Material Science and Technology

• Discovery or Development of New Materials

• Giga- (Meta-) Technologies

• Innovations in Materials that Drive Biological Applications

• Novel ion Exchange Materials

• Methodology of Material Research, Analysis and Modeling

• Computer Assistance in the Engineering Tasks and Scientific Research

• Rapid Prototyping

• Materials and Engineering Databases

• Computational Material Science

• Atomic molecular and laser physics 

• Spintronics

• Solid state ionics (materials and devices) 

• Plasma physics

• Nanobiomaterials / drug delivery

Materials Properties and Material Processing

• Materials Identification and Characterization

• Structural Analysis

• Polymer Failure Analysis 

• Materials Performance

• Chemical Testing and Analysis

• Physical Properties Testing

• Electronic Materials and Gases Analysis

• Materials Treatment

• Ductility and Crack Resistance

• Fracture Mechanics

• Mechanical Properties, Electrical Properties, and Magnetic Properties

• Corrosion, Erosion and Wear Resistance

• Toxicity

• Metallography

• Powder Metallurgy and Heat Treatment

• Surface Treatment

• Welding, Casting and Sintering

• Machining

• Coating

• Thermal Engineering Theory and Applications

• Polymer Materials Processing

• Metallurgy Technology and Application

• Surface Engineering/Coatings

• Materials Forming

• Welding & Joining

• Laser Processing

• Severe Plastic Deformation 

• Tribology in Manufacturing Processes

• Casting and solidification