Welcome

The complete team of the Electromagnetics research group would like to welcome you to these web pages.

The mission of our group is to conduct cutting-edge research and provide top-class academic courses on the fundamentals of electromagnetic fields and their applications in Electrical and Applied Physics Engineering.

Our current research areas include the computational solutions of Maxwell's equations for large-scale and intricate simulation geometries, the innovative design of advanced active antenna systems, and the detailed characterization of radio wave propagation.

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Our Expertise

Our research encompasses cutting-edge developments in electromagnetic theory and applications.

Boundary Element Methods

Time-domain domain-decomposition methods for non-linear radiative (sub)Terahertz systems.

Numerical Analysis

Modern algorithms for electromagnetic field simulation in frequency and time domain.

Advanced Antenna Systems

Multi-antenna system design with high performance and compact footprint.

System Co-optimization

Full-wave/circuit computer-aided system-technology co-optimization with stochastic analysis.

Optical Techniques

Broadband signal distribution towards co-located and distributed antenna systems.

Validation Methodologies

State-of-the-art validation for opto-electronic multi-antenna systems up to 170 GHz.

Research Projects

Collaborate with leading universities and industrial partners.

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Research Facilities

State-of-the-art testing environment and computational resources.

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Academic Courses

Excellence in electromagnetic education at Bachelor and Master level.

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Job Opportunities

Join our team of researchers.

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