A-1: Synthesis, Modification and Properties of Functional Particle
A-2: Powder Handling and Processing
A-3: Colloidal Dispersion and Processing
B-1: Powder Compaction
B-2: Powder Forging, Rolling, Extrusion
B-3: Spray Forming
B-4: CIP and HIP
B-5: PIM (Powder Injection Molding)
B-6: Additive Manufacturing with Powder Metallurgy
C-1: Sintering and Post Processing
C-2: Spark Plasma Sintering and Field/Current Assisted Process
C-3: Testing and Evaluation
C-4: Quality and Environment Control
C-5: Powder Manufacturing and Treatment
C-6: Mechanical Alloying
C-7: Modeling and Simulation
D-1: Iron and Steel Materials
D-2: Non-ferrous Materials and High Entropy Alloys
D-3: Refractory and High Temperature Materials
D-4: Automotive Applications
D-5: Aerospace Applications
E-1: Cemented Carbide
E-2: Cermet
E-3: Diamond, CBN, Ceramics
E-4: Hard Coatings
F-1: Soft Magnetic Materials
F-2: Hard Magnetic Materials
F-3: Materials and Devices with Magnetic Functionality
G-1: Composite and Hybrid Materials
G-2: Porous and Cellular Materials
G-3: Friction Materials
G-4: Metallic glasses (Bulk, Rapidly quenched)
G-5: Nano and Ultra-fine Materials
G-6: Optical Materials
G-7: Functionally Graded and Layered Materials
G-8: Bio-Medical Materials
G-9: Ionic Conducting Materials
G-10: Battery and Electrode
G-11: Magnetic, Superconducting, Electric, Dielectric and Thermoelectric Materials
G-12: Electronic Components and Packaging Materials
G-13: Power Electronic Devices