Basic knowledge of mathematics for engineers, in particular complex numbers
Basic knowledge of communications engineering and signal theory

EMI444 Antennas and Wave Propagation

• Solid understanding of mathematics, including:
  -Vector calculus
  -Differential equations
  -Complex numbers
• Basic knowledge of physics, especially electromagnetics
• Familiarity with electric and magnetic fields
• Prior coursework in:
  -Signals and systems
• Basic programming or simulation experience (helpful but not required)

Upon successful completion of this module, the student will be able to:

• understand the functions and the relationship of the main building blocks of a modern receiver including RF processing, modulation, demodulation and digital baseband processing
• implement a basic simulation chain of a digital communication system

EMI444 Antennas and Wave Propagation
-The lecture introduces the theoretical framework needed to describe electromagnetic fields and their behavior, gradually building toward practical concepts used in modern communication systems.

-A special feature of the course is a hands-on laboratory component: students will use Microwave Office software to simulate and analyze microstrip transmission lines, bridging the gap between theory and engineering practice.

-In addition, students will explore how transmission lines guide signals, how scattering parameters describe system behavior, and how antennas convert electrical signals into radiated energy.

-By the end of the course, they will not only understand the physical principles of antennas and wave propagation but also recognize their pervasive role in shaping today’s interconnected world—from 5G networks and satellite links to radar and emerging technologies

Prof. Dr. Pfletschinger and Prof. Dr. Harter

Software Radio with Python

Antennas and Wave Propagation