7th International Conference on Advanced Materials Science and Engineering (AMSE 2026)

The 7th International Conference on Advanced Materials Science and Engineering (AMSE 2026) presents advances in materials science and engineering, covering fundamental theory, advanced material systems, functional applications, biomaterials, sustainable solutions, and intelligent manufacturing technologies.

Key Topics

• Fundamental Materials Science & Theory
  • Materials characteristics & structure-property relationships
  • Surfaces, interfaces & thin films
  • Surface engineering & tribology
  • Fracture, fatigue & degradation
  • Materials modeling & simulation
  • Materials synthesis & processing science
• Advanced Material Systems
  • Metals & alloys
  • Ceramics & glasses
  • Polymers & polymer chemistry
  • Composite materials & hybrid structures
  • Nanomaterials & low-dimensional systems
  • Smart/intelligent materials & systems
• Functional Applications & Energy
  • Energy materials & composites
  • Solar energy materials
  • Electronics & photonics materials
  • Magnetic, optical & electronic materials
  • Renewable & sustainable materials
  • Quantum materials
• Biomaterials & Sustainability
  • Biomaterials & tissue engineering
  • Bio-hybrid systems & living materials
  • Sustainable & circular materials
  • Materials for extreme environments
  • Bio-inspired & biomimetic materials
  • Materials safety & ethics
• Processing & Manufacturing
  • Laser, microwave & thermal processing
  • Additive manufacturing (3D/4D printing)
  • Precision & nano-fabrication
  • High-throughput synthesis
  • AI-driven manufacturing
  • Green manufacturing processes
• Materials 4.0: Intelligent, Adaptive and Sustainable
  • AI and data-driven materials discovery
  • Sustainable and circular materials engineering
  • Materials for extreme environments
  • Bio-inspired and biomimetic materials
  • Quantum materials and devices
  • Soft matter and active materials
  • Multiferroics and magnetoelectric materials
  • High-throughput materials fabrication
  • 4D printing materials and systems
  • Materials for neuromorphic computing
  • Bio-hybrid systems and living materials
  • Materials safety, ethics and standardization

Who should Attend

• Materials scientists and engineers
• Nanotechnology and polymer researchers
• Energy and electronics materials specialists
• Biomaterials and tissue engineering professionals
• Manufacturing and additive manufacturing experts
• Academics and graduate students in materials science
• R&D and industrial professionals in advanced materials
• AI-driven materials discovery and smart materials practitioners