14th International Conference on Engineering and Innovative Materials
2025 the 14th International Conference on Engineering and Innovative Materials (ICEIM 2025) will be held in Fukuoka, Japan during August 5-7, 2025. ICEIM is an annual international academic conference, which will be held in Asia every year, such as, Fukuoka, Singapore, Tokyo, Kuala Lumpur, Osaka, etc. And it focuses on materials science and engineering, materials properties, measuring methods and applications, etc. ICEIM 2025 will feature prestigious keynote speakers in the related areas, parallel sessions, and other technical programs, and aims to create an excellent forum to foster innovation, network with the brightest minds in academia and industry that are working in this field.
We sincerely invite you to submit your work in abstracts or full papers to the conference. ICEIM 2025 is an international academic forum where practitioners, researchers, and developers meet to learn and to exchange practical ideas and experiences. Welcome your contributions.
Track 1.Materials Science and Engineering
Metallic alloys
Ceramics and glasses
Nanomaterials and technology
Composites
Polymers
Biomaterials
Functional materials
Metamaterials
Optical/Electronic/Magnetic materials
Smart/Intelligent materials & intelligent systems
Superconducting materials
Semiconductor materials
Microelectronic materials
Sensors and actuators
Coating and film
Micro-nano fluids
Materials for energy storage
Material chemistry
Advanced engineering materials
Track 2. Materials Processing and Manufacturing
Casting
Welding, Sintering, Heat Treatment
Surface engineering/Coating
Material forming
Powder metallurgy
Surface treatment
Machining
Flexible manufacturing technology & system
Micro and nano-fabrication
Rapid prototyping
Additive manufacturing
Laser processing technology
Track 3. Material Simulation, Preparation and Characterization
Materials design
Advanced processing technology of materials
Analysis and characterization of materials interface & surface
New technologies and theories of materials characterization
X-ray phase analysis
Materials genome engineering
Materials simulation, computation, and design
Computational material science
Artificial intelligence technology in materials science and engineering
Metallography
Residual life analysis
Materials science and engineering databases
Track 4. Materials Properties, Measuring Methods and Applications
Ductility
Creep resistance
Electrical properties
Deformation and fracture mechanics
Stress-strain behaviour
Fatigue
Corrosion
Crack resistance
Magnetic properties
Wear resistance
Friction and wear
Non-destructive testing
Working properties of materials and structures
