◕ Advanced Structural Materials

Lightweight Alloys

High-Strength Steel and Advanced Steel Materials

Titanium Alloys and High-Temperature Alloys

Metal Matrix Composites

Ceramics and Superhard Materials

Polymer Structural Materials

Composite Structural Design

Materials for Extreme Environments

Structural Integrity and Reliability

◕ Aerospace Materials and Manufacturing

Aircraft Structural Materials

Spacecraft Materials

High-Temperature and Protective Materials

Aerospace Composites

Additive Manufacturing Technologies

Precision Forming and Processing

Joining and Welding Technologies

Maintenance and Remanufacturing

In-Service Behavior and Life Assessment

◕ Automotive Engineering Materials

Lightweight Materials for Automobiles

Body and Chassis Materials

Crash Safety and Energy-Absorbing Materials

Powertrain Materials

New Energy Vehicle Materials

Automotive Composites

Materials Forming and Manufacturing

Durability and Fatigue

Recycling and Sustainable Materials

◕ Battery and Energy Materials

Lithium-Ion Battery Materials

Sodium-Ion and Solid-State Batteries

Electrodes and Electrolytes

Energy Storage Materials

Battery Safety and Thermal Management

Electrochemical Performance

Material Degradation and Lifetime

Novel Energy Materials

Energy Conversion Materials

◕ Functional and Smart Materials

Electronic and Semiconductor Materials

Magnetic and Optical Materials

Sensing and Actuating Materials

Smart Responsive Materials

Nanomaterials

Thin Films and Coatings

Surface Engineering

Multifunctional Composites

Advanced Characterization Technologies

◕ Materials Design, Modeling, and Testing

Materials Computation and Simulation

Multiscale Modeling

Performance Prediction

Experimental Characterization Methods

Non-Destructive Testing

Failure Analysis

Data-Driven Materials Science

Digital Design

Standards and Evaluation Methods