-Nanomaterials : synthesis and characterization and modeling
-Nanomaterials for energy , environment and catalysis
-Nanomaterials for electronics, photonics and magnetism
-Nanomaterials for biosensors and applications
-Metal Organic Framework (MOF)
-Graphene Technology
-Solar Energy Materials
-Catalysis and Energy Materials
-Carbon Materials in Energy
-Batteries and Fuel Cell Materials
-Emerging Materials for Energy Applications
-Hydrogen Technology
-Sustainable Materials
-Natural Green Materials
-Artificial Green Materials
-Biowaste Materials
-Non-toxic Materials
-Materials for toxic gazes treatment
-Materials for water treatment and water reuse
-Construction and building Materials
-Cement and Concrete Materials
-Low Carbon and Green Building Materials
-Integrated Computational Materials engineering
-Atomistic Methods
-Materials Computation
-Mathematical Models
-Nano-electromechnanics and energy
-Density Functionnal Theory
-Molecular Dynamics
-Advances in polymers synthesis
-Molecularly imprinted polymers (MIPs)
-Advanced membranes & porous materials
-Conductive and thermoelectric polymers
-Rheology and physical properties of polymers
-3D printing
-Hydrogels and soft nanocomposites
-Polymers and industry
-Ceramic Engineering Materials
-Composite Materials
-Mining and processing of raw materials
-Clays Materials
-Phosphate Industry
-Extraction of Salts from natural Brines
– Plaster and Gyspum
-Sand and Silica Sand Valorization
-Materials Recycling
-Biomass Valorization
-Electronic Waste Valorization
-Sustainable Construction Materials from Waste, Industrial and Agricultural by-products
-Circular Economy – Connecting Economic, Environmental and Social gains
-Traditional Metallurgy and metal working processes
– Alloys
-Extraction Procedures
-Mechanical Metallurgy
-Corrosion Phenomena
-Biopesticides
-Smart and active packaging
-Biofertilzers
-Food Safety
-Sustainable Agriculture
-Biomaterials in medical devices
-Biocompatibility of polymer-based materials
-Bio Device fabrication
-Diagnostic Devices
-Wearable and Mobile Devices
-Smart Nano-bio Devices
-Drug Delivery Systems
– AI Application to Non-Destructive Evaluation (NDE & Data)
– Data Management: Curation, Collection, and Verification
– Image Processing
– Machine Learning Algorithm Development for Materials Science
– Machine Learning/Deep Learning applied to Manufacturing Process Optimization
– Machine Learning/Deep Learning applied to Discovery of Materials
– Robotics & Automation
– Data Management: Curation, Collection, and Verification
– Image Processing
– Machine Learning Algorithm Development for Materials Science
– Machine Learning/Deep Learning applied to Manufacturing Process Optimization
– Machine Learning/Deep Learning applied to Discovery of Materials
– Robotics & Automation