European Advanced Materials Congress

European Advanced Materials Congress (EAMC) is a principal international conference in the field of advanced materials science and technology, which is held every year in the city of Nobel Prize, Stockholm, Sweden during August. The goal of this, 20th assembly of advanced materials congress series is to bring together innovative academic and industrial professionals to a common forum for scientific and technological exchanges. This year's congress theme, "Translational Research and Innovation Blending Academic and Business Perspectives: Advancing the Materials for New Age Technology", reflected the scientist-industry model that is valued for the global excellence.

Organisers

International Association of Advanced Materials and VBRI Sverige AB

Important Dates

Please note following dates in your diary!!

30

June 2018

Abstract Submission
Deadline

05

July 2018

Confirmation of Abstract
Acceptation

30

June 2018

Early-Bird Registration
Closed

Be a part of "The World of Advanced Materials" @EAMC 2018



Sessions and Symposia

Interdisciplinary Research, Innovations and Commercialization of Advanced Materials & Technology.

  • Theme NMT01: 2D Materials
  • Theme NMT02: Carbon Nanomaterials
  • Theme NMT03: Nanoenergy Materials
  • Theme NMT04: One-Dimensional Nanostructures and Applications
  • Theme NMT05: Semiconductor Nanocrystals and Nanohybrids
  • Theme NMT06: Nanostructure-Based Biosensing and Bioimaging
  • Theme NMT07: Nanoscale Products and Markets
 Close List
  • Theme FM01: Smart and Intelligent Functional Materials
  • Theme FM02: Carbon Based Functional Materials
  • Theme FM03: Functional and Structural Degradation
  • Theme FM04: Processing Technology for Functional Materials
  • Theme FM05: Metallurgical Fundamentals and Techniques
  • Theme FM06: Tool Testing and Evaluation of Materials
  • Theme FM07: Modeling and Applications of Functional Materials
 Close List
  • Theme EM01-Energy Transmission and Storage Materials
  • Theme EM02-Hydrogen Energy, Fuel and Biofuel cells
  • Theme EM03-Nanoenergy and Self-Powered Systems
  • Theme EM04-Nanomaterials for Energy Applications
  • Theme EM05-New Energy Materials and Devices
  • Theme EM06-Nuclear Power Generation
  • Theme EM07-Photocatalytic and Green Energy Materials
 Close List
  • Theme TMI01-Oxide Surfaces and Thin/Ultra-Thin Oxide Films
  • Theme TMI02-Bio-Surfaces and Interfaces
  • Theme TMI03-In-situ Reactions on Metal Surfaces and Nanoparticles
  • Theme TMI04-Electronic and Optical Properties of Surface Structures
  • Theme TMI05-Metal, Alloy and Quasicrystal Surfaces
  • Theme TMI06-Molecular Self-Assembling at Surfaces
  • Theme TMI07-Nanomaterials, Thin Carbon Layers and Graphene
  • Theme TMI08-New Techniques for Study of Surfaces and Interfaces
  • Theme TMI09-Novel Methods: Instrumentation, Facilities and Computation
  • Theme TMI10-Surface Chemical Reactions, Kinetics and Heterogeneous Catalysis
  • Theme TMI11-Tribology at Atomic Scale, Bio-lubrication
 Close List
  • Theme CCM01-Experimental Methods for Analysis
  • Theme CCM02-Mechanical Properties and Material Modelling
  • Theme CCM03-Functional Composites and Smart Materials
  • Theme CCM04-Manufacturing, Processing and Fabrication of Composites
  • Theme CCM05-Applications of Composites in Various Disciplines
  • Theme CCM06-Multiscale Analysis of Natural Fiber Composites
  • Theme CCM07-Advanced Numerical Techniques
  • Theme CCM08-Modelling and Characterization of CNT-Polymer Composites
  • Theme CCM09-Stability of Nano, Micro and Macro Composite Structures
  • Theme CCM10-Failure of Composites
  • Theme CCM11-Offshore Structures and Marine Applications of Composites
 Close List
  • Theme EMOM01-Nonferrous Metal Material
  • Theme EMOM02-Processing Technology for Functional Materials
  • Theme EMOM03-Materials Processing and Handling
  • Theme EMOM04-Micro/Nano Materials
  • Theme EMOM05-Optical and Magnetic Materials
  • Theme EMOM06-Carbon Based Materials
  • Theme EMOM07-Metallurgical Processing and Applications
  • Theme EMOM08-Metallurgical Fundamentals and Techniques
  • Theme EMOM09-Smart and Intelligent Materials
  • Theme EMOM10-Intelligent Materials Systems
  • Theme EMOM11-New Functional Materials
  • Theme EMOM12-Environmental Friendly Materials
  • Theme EMOM13-Tool Testing and Evaluation of Materials
  • Theme EMOM14-Function Test and Evaluation Technology for Material Analysis
  • Theme EMOM15-Earthquake Materials and Design
 Close List
  • Theme BB01-Emerging Technologies
  • Theme BB02-Biomedical Instrumentation
  • Theme BB03-Biomedical Sensors and Metrology
  • Theme BB04-Health Monitoring Devices
  • Theme BB05-Low-Power Design
  • Theme BB06-Electrical Bio-impedance
  • Theme BB07-Bio-electromagnetism
  • Theme BB08-Lab on a Chip and Microfluidic Devices
  • Theme BB09-Biorobotics
  • Theme BB10-Implantable Electronics
  • Theme BB11-Wearable and Mobile Devices
  • Theme BB12-Rehabilitation Technology
  • Theme BB13-Wireless Systems and Biotelemetry
  • Theme BB14-Brain-Computer Interfaces
  • Theme BB15-Spectroscopic Applications
  • Theme BB16-Imaging and Visualization Devices
  • Theme BB17-Energy Harvesting for Biodevices
  • Theme BB18-Diagnostic Devices
  • Theme BB19-MEMS Nanotechnologies
  • Theme BB20-Biodevice Fabrication
  • Theme BB21-Biomechanical Devices
  • Theme BB22-Radio and Photo Therapy Devices
  • Theme BB23-Biomedical Applications
 Close List
  • Theme STP01-Polymer Material Science and Engineering
  • Theme STP02-Composite Polymeric Materials and Technology
  • Theme STP03-Polymer Science – The New Era
  • Theme STP04-Polymer Nanotechnology
  • Theme STP05-Polymer Physics
  • Theme STP06-Renewable Resources and Biopolymers
  • Theme STP07-Polymer Chemistry
  • Theme STP08-Polymer Degradation and Stabilization
  • Theme STP09-Polymers in Biotechnology, Medicine and Health
  • Theme STP10-Applications of Polymers
  • Theme STP11-Polymeric Chemical Engineering
 Close List
  • Theme CMM01-Multitype Intelligence Methods, Numerical Techniques
  • Theme CMM02-Expert Systems, Neural Networks and Genetic Algorithms
  • Theme CMM03-Process System Design and Technological Design
  • Theme CMM04-Mould Flow Analysis, Modelling Behaviour of Materials
  • Theme CMM05-Materials and Engineering Databases
  • Theme CMM06-Computer-Aided Materials Selection, Design and Manufacturing
  • Theme CMM07-Computer-Integrated Material Processing Technology
  • Theme CMM08-Computer-Aided Learning and Teaching
  • Theme CMM09-Thin/thick Coatings and Other Surface Treatment Methods
  • Theme CMM10-Advanced Manufacturing Technology, Machining, Laser/electron Beam Treatment
  • Theme CMM11-Nanomaterials Synthesis
  • Theme CMM12-Electronic Packaging Technology, Quality Assessment, Green Manufacturing
  • Theme CMM13-Societal and Educational Implications
  • Theme CMM14-Quantum Chemical Methods
  • Theme CMM15-Semi-Empirical and Classical Approaches
  • Theme CMM16-Density Functional Theory
  • Theme CMM17-Mesoscale Modeling, and Phase-Field Techniques
 Close List
  • Theme EGM01-Environmental-Friendly Materials
  • Theme EGM02-Biological Material
  • Theme EGM03-Chemical Materials
  • Theme EGM04-Seismic Materials
  • Theme EGM05-Environmental Engineering
  • Theme EGM06-Air Pollution Monitor
  • Theme EGM07-Climate Change and Global Warming
  • Theme EGM08-Control of Groundwater Pollution
  • Theme EGM09-Water Quality Monitoring
  • Theme EGM10-Sewage Treatment and Utilization
  • Theme EGM11-Remote Sensing and Environment
  • Theme EGM12-Hydrobiology and Water Pollution
  • Theme EGM13-Environmental Pollution Risk Assessment
  • Theme EGM14-Environmental Chemistry
  • Theme EGM15-Environment Pollution and Management
  • Theme EGM16-Environmental Protection Engineering
  • Theme EGM17-Noise and Acoustics
  • Theme EGM18-Industrial Waste Treatment
  • Theme EGM19-Atmospheric and Water Environment
  • Theme EGM20-Electromagnetic Wave and Telecommunication
  • Theme EGM21-Regional and Urban Environment
  • Theme EGM22-Environmental Remediation Engineering
  • Theme EGM23-Resources of Science and Technology
  • Theme EGM24-Environmental Quality Monitoring and Assessment
  • Theme EGM25-Chemical Pollutants and Its Influence on Health
  • Theme EGM26-Renewable and Non-Renewable Energy
  • Theme EGM27-Energy System Engineering
  • Theme EGM28-Energy Science and Technology
  • Theme EGM29-Energy Economy
  • Theme EGM30-Environmental Impact of Energy Consumption
  • Theme EGM31-Sustainable Energy Policy
  • Theme EGM32-Design and Technologies for Energy Efficiency and Conservation
  • Theme EGM33-Design for Climate Change
  • Theme EGM34-Design for Deconstruction
  • Theme EGM35-Design for Security and Sustainability
  • Theme EGM36-Designing Inclusive Environments
  • Theme EGM37-Developments and Innovations in Architecture and Construction
  • Theme EGM38-Ecological Architecture
  • Theme EGM39-Eco-materials and Technologies
  • Theme EGM40-Environmental, Water Resources Planning and its Management
  • Theme EGM41-Environmental Engineering and Environmental Protection
  • Theme EGM42-Environmental Management Systems (EMSs)
  • Theme EGM43-Environmental Science and Engineering
  • Theme EGM44-Environment-Friendly Construction and Development
  • Theme EGM45-Green Building Materials
  • Theme EGM46-Reuse and Recycle Wastewater
  • Theme EGM47-Social and Environmental Research
 Close List
  • Theme SEM01-Essentials of Structural Materials
  • Theme SEM02-Materials in Ceramics Research
  • Theme SEM03-Structural Materials & Engineering
  • Theme SEM04-Materials in Electrochemical Industry
  • Theme SEM05-Materials for Energy and Applications
  • Theme SEM06-Structural Materials Chemistry and Analysis
  • Theme SEM07-Materials for Green Technology
  • Theme SEM08-Nanotechnology in Materials Science
  • Theme SEM09-Catalytic Materials
  • Theme SEM10-Nanomaterials and Drug Delivery
  • Theme SEM11-Polymeric materials and Electrochromic materials
  • Theme SEM12-Metallurgy and Materials Science
  • Theme SEM13-Biomaterials and Tissue Engineering
  • Theme SEM14-Advances in Materials Science
 Close List

Parallel Events

We explore interdisciplinary connections with areas of
advanced materials.

About EAMC 2018

The purpose of 20th assembly of advanced materials congress series is to bring together innovative academics and industrial professionals to a common forum for scientific and technological exchange on the imminent advances in the advanced materials and technology.