Teaching
PhD in Civil, Environmental and Mechanical Engineering [ICAM]
Electromagnetic Field Theory and Applications (EM)
Understanding electromagnetic (EM) phenomena and concepts underlying wireless communications, radar, and sensing systems
Global Optimization Methods – Theory, Techniques, and Advanced Engineering Applications (GOM)
Learn fundamentals of optimization problems and classical/state-of-the-art and recently introduced global optimization approaches
Inverse Problems (Ill-Posedness and Regularization): Theory, Techniques, and Engineering Applications (IP)
Discover the fundamentals of inverse problems, and focus on the most advanced inverse solution procedures
Inverse Problems and Imaging (IPI)
Learn how inverse problems and electromagnetic diagnostic and imaging techniques are applied in the biomedical and industrial fields
Machine Learning & AI Methods – Theory, Techniques, and Advanced Engineering Applications (MLAI)
Understanding the AI concepts and their application in advanced engineering applications
Multiphysics Metamaterials – Theory and Engineering Applications (MMTM)
Tailoring waves by micro-scale material engineering: analysis, synthesis, and evaluation methods
Radar Systems and Technologies (RST)
Learn how modern radar systems and technologies work and their applications
