A. Technologies for the Environment and the Sound Material-Cycle Society

A-1	Analytical and Assessment Methods in Materials and Environmental Technologies
A-2	International Symposium on the Social Acceptance of Engineered Nanomaterials
A-3	Materials Technology Inspired by Natural Phenomena and Natural Materials
A-4	Advances in the Application of Biomass
A-5	Materials for Living - Environment・Energy・Medicine -
A-6	Autonomous Micro Systems for Life, Green and Safety
A-7	Design of Advanced Fuel Cell Materials, Devices and Systems
A-8	Photocatalytic Materials and Applications on Energy and Environment
A-9	Cutting-edge Thermoelectric Materials for Heat-to-Electricity Direct Conversion
A-10	Environmental Friendly Carbon Films and their Deposition Technology
A-11	Sustainable Mobility Materials

B. Technologies for Human-Friendly Materials

B-1	Biomaterials and Biomimetic Materials
B-2	Ceramic Materials for Biomedical Applications
B-3	Materials in Biomechanics and Biotribology
B-4	Nano-biotechnologies on Interfaces
B-5	Advanced Study in Science and Technology for Soft Matter
B-6	Advanced Liquid Crystals
B-7	Soft Actuators and Related Energy-Conversion Materials
B-8	Chemical Sensing and Sensor Devices for Chemical Space Information
B-9	Next-generation Organic Electronics Aiming towards Energy Harvesting
B-10	Molecular Thin Films
B-11	Energy and Green Materials
B-12	Functional Self-Organized Materials

C. Advanced Materials for Eco-technology

C-1	Magnetic Materials and Spintronics
C-2	Mechanical Properties of Steels
C-3	Nitride and Diamond Semiconductors
C-4	Innovation for Highly Reliable Advanced Ceramics
C-5	Damage and Failure Mechanics of Engineering Materials
C-6	Frontiers in Plasmonic Nanomaterials
C-7	Graphene
C-8	Advanced Oxide Materials – Bulks, Thin Films, and Nanostructures
C-9	Recent Advances in Superconductivity - Materials, Processing, and Applications
C-10	Advanced Ferroic Materials: Processing, Characterization and Device Application
C-11	Nano-Scale Functional Materials: Advanced Syntheses, Characterization, Functions, and Applications

D. Fabrication, Processing and Characterization Technologies for Advanced Materials

D-1	Innovative Material Technologies Utilizing Ion Beams
D-2	Frontier of Nano-Materials Based on Advanced Plasma Technologies
D-3	Synthesis, Processing and Characterization of Nanoscale Functional Materials
D-4	Fabrication of Thin Films
D-5	Control of Interfaces and Materials Processing for Nanoelectronics
D-6	Novel Functionalities by Cooperative Excitations
D-7	Functional Surface Science & Engineering
D-8	Three-dimensional Microfabrication and MEMS
D-9	Scientific Basis of the Nuclear Fuel Cycle II
D-10	Innovative Imaging Technologies using X-ray Scattering and Atom Probe Microscopy
D-11	Development of Environmentally Friendly Processes and Materials - Including Solution Processes and Their Applications -
D-12	Advances in Computational Materials Science and Technology
D-13	Advanced Nanoparticles- Synthesis, Characterization and Applications

E. Interdisciplinary Field

E-1	Materials Frontier

F. Education of Materials Sciences and Technologies

F-1	Materials Science and Education

G. Special Symposium

G-1	Crystallography in Materials Science & Engineering-Memorial for IYCr2014

FR-1	Outreach and ICT Based Education in the Materials Science and Technology
FR-2	Materials, Environment and Water

IUMRS-THEMED FORUM	Materials Innovation and Technology for a Future Global Community