Track 1:Materials Science and Engineering

• Track 1-1Processing and manufacturing

• Track 1-2Thermodynamics

• Track 1-3Material culture

• Track 1-4Materials theory

• Track 1-5Functional materials

• Track 1-6Structural materials

• Track 1-7Computer-aided design

• Track 1-8Metrology and measurement

• Track 1-9Coatings and surface engineering

• Track 1-10Fundamentals and computational modeling

• Track 1-11Recycled materials

Track 2:Nanotechnology

• Track 2-1Carbon nanomaterials

• Track 2-2Risks and regulation of nanotechnology

• Track 2-3Nanophotonics and optics

• Track 2-4Nanoelectronics

• Track 2-5Nanobiotechnology

• Track 2-6Nanomedicine

• Track 2-7Nanodevices

• Track 2-8MEMS & NEMS

• Track 2-9Nanomechanics

• Track 2-10Graphene technologies

• Track 2-11Nanofabrication

• Track 2-12Surface nanoscience

• Track 2-13Thin films and coating

Track 3:Biomaterials and Healthcare

• Track 3-1Biomolecular materials

• Track 3-2Self-assembly of biomaterials

• Track 3-3Experimental characterization

• Track 3-4Mechanobiology

• Track 3-5Bioenergy

• Track 3-6Tribology

• Track 3-7Biomimetic materials

• Track 3-8Applications

• Track 3-9Regenerative medicine

• Track 3-10Biodegradable biomaterials

• Track 3-11Tissue engineering

• Track 3-12Biocomposites

• Track 3-133-D scaffolds

• Track 3-14Vaccines

• Track 3-15Medical implants

• Track 3-16Drug delivery system

• Track 3-17Biosensors

• Track 3-18Biophysics and biotechnology

• Track 3-19Biopolymers and bioplastics

Track 4:Materials in Industry

• Track 4-1Polymers

• Track 4-2Packaging materials

• Track 4-3Electronic materials

• Track 4-4Optical materials

• Track 4-5Magnetic materials

• Track 4-6Paper and wood

• Track 4-7Textiles

• Track 4-8Iron and steel

• Track 4-9Building materials

• Track 4-10Composite materials

• Track 4-11Metal alloys

• Track 4-12Ceramics and glasses

• Track 4-13Sports equipements

Track 5:Materials Chemistry

• Track 5-1Sol-gel technique

• Track 5-2Structural analysis of materials

• Track 5-3Materials at high-pressure

• Track 5-4Chemical engineering

• Track 5-5Materials synthesis

• Track 5-6Catalysis techniques

• Track 5-7Spectroscopic techniques

• Track 5-8Diffusion in materials

• Track 5-9Waste water treatement

• Track 5-10Soft matter materials chemistry

• Track 5-11Inorganic chemistry

• Track 5-12Porous materials

• Track 5-13Crystallography

• Track 5-14Hybrid materials

• Track 5-15Electrochemistry

• Track 5-16Quantum chemistry

• Track 5-17Corrosion and environmental effects

• Track 5-18Polymer chemistry

Track 6:Materials Physics

• Track 6-1Condensed matter physics

• Track 6-2Thin films

• Track 6-3Optoelectronics

• Track 6-4Photocatalysis

• Track 6-5Particle astrophysics

• Track 6-6Laser physics

• Track 6-7Atomics and molecular physics

• Track 6-8Optics and applications

• Track 6-9Biophysics

• Track 6-10Particle physics

• Track 6-11Analytical physics

• Track 6-12High-energy beam processing

• Track 6-13Quantum nantechnologies

• Track 6-14Superconductivity

• Track 6-15Photonic materials

• Track 6-16Physics of nanostructures

Track 7:Energy Materials

• Track 7-1Solar cells

• Track 7-2Energy harvesting technologies

• Track 7-3Smart grid and PV system

• Track 7-4Rechargeable technologies

• Track 7-5Superconductors and supercapacitors

• Track 7-6Quatntum dot devices

• Track 7-7Thin films and coatings

• Track 7-8Thermoelectrics

• Track 7-9Piezeoeletric materials

• Track 7-10Biomass and bioenergy

• Track 7-11Photovoltaics

• Track 7-12Battery technologies

• Track 7-13Large-scale grid storage

• Track 7-14Materials for energy saving and sustainability

Track 8:Metallurgy and Materials Science

• Track 8-1Powder mettalurgy

• Track 8-2Separation of the metal

• Track 8-3Pyrometallurgy

• Track 8-4Ceramic forming

• Track 8-5Metallography

• Track 8-6Metal working processes

• Track 8-7Metal forming and Joining

• Track 8-8Hydrometallurgy

• Track 8-9Heat treatment

• Track 8-10Extractive metallurgy

• Track 8-11Electrometallurgy

• Track 8-12Chemical engineering

Track 9:Advanced Materials and Devices

• Track 9-1Intelligent sensors

• Track 9-2Insulating materials

• Track 9-3Programmable matters

• Track 9-4Smart robots

• Track 9-5Smart grid

• Track 9-6Optical fibers and laser technologies

• Track 9-7Sensors and actuators

• Track 9-8NEMS and MEMS

• Track 9-9Photonics materials

• Track 9-10Building materials

• Track 9-11Smart materials

• Track 9-12Thermal spray

• Track 9-13Multiscale and multifunctional materials

Track 10:Characterization and Testing of Materials

• Track 10-1Mechanics of materials

• Track 10-2Spectroscopic techniques

• Track 10-3Microscopic techniques

• Track 10-4Micro and macro materials characterisation

• Track 10-5Mechanical characterisation and testing

• Track 10-6Experimental and measurement tests

• Track 10-7Computational models and experiments

• Track 10-8Advances in charecterization techniques

Track 11:Entrepreneurs Investment Meet