Education
Educational Approach
Electromagnetic engineering connects mathematical principles with practical communication, measurement and sensing systems. My teaching emphasizes both theoretical understanding and the ability to apply that knowledge.
Through structured learning and practical assignments, students learn to understand electromagnetic phenomena and use that understanding to design and evaluate technologies.
Teaching Areas
- Electromagnetic engineering
- Applied electromagnetic engineering
- Radio-wave applications
Connecting Theory and Practice
From Fundamental Principles to Applications
Students develop a systematic understanding of electromagnetics, from Maxwell’s equations to applications in communication, radar and sensing.
Understanding Technologies as a System
Antennas, propagation and system requirements are considered together, helping students understand how individual components contribute to overall performance.
Learning Through Design
Design-oriented assignments connect theory with implementation. Students examine how design choices affect performance and learn to evaluate their results against the intended goals.
Research-Based Education
In the laboratory, students develop engineering problem-solving skills through research projects grounded in electromagnetics. They work through problem definition, analysis, design and evaluation as a connected process.
Numerical simulation and experimental measurements provide opportunities to compare theoretical predictions with results, examine discrepancies and refine their understanding.