• Applied Mathematics and Engineering: Modeling, Analysis and Computation
• Applied partial differential equations
• Numerical analysis and methods
• Scientific computation
• Mathematical methods in optics and electromagnetics
• Mathematical modeling in materials science and biology
• Nonlinear problems in mechanics
• Homogenisation and multiscale analysis
• Inverse problems
• Algebra and its application
• Differential equations, dynamical systems and their applications
• Engineering applications and scientific computations
• Financial and actuary mathematics
• Fuzzy mathematics and its applications
• Geometry and its application
• Modeling and simulation
• Statistical methods in technical and economic sciences and practice
• Applied Physics and Engineering : Modeling, Analysis and Computation
• Surfaces, Interfaces and Colloids
• Imaging Techniques, Microscopy
• Nano-sciences and Technologies
• Biophysics and Biophysical Chemistry
• Materials Science & Engineering,
• Applied Solid State Physics/Chemistry
• Physical Chemistry
• Chemical Physics - Chemical Engineering
• Advanced and Functional Materials
• Biomedical Engineering and Biomaterials
• Biological & Medical Physics
• Computational Physics
• Radiation Physics
• Applied Nuclear Physics/chemistry
• Radiation Protection
• Computational Fluid Dynamics
• Condensed Matter and Statistical Physics
• Physics of Semiconductors
• Physics of Polymers and Macromolecules
• Nonlinear, Adaptive and Complex Systems High Performance Computing and Visualization
• Computer-aided Simulation and Modelling
• Nanotechnologies, Components and Instrumentation
• General physics, physics of matter, mechanical and physical properties of materials
• Modern physics (semiconductors, lasers, superconductors...)
• Engineering techniques (electronics, instrumentation, signal acquisition and processing, informatics, automatic control...)
• Applications in Industries