Electromagnetics and Microwaves

Our researchers in electromagnetics and microwaves focus on comprehending, controlling and leveraging the physical phenomena associated with electric and magnetic fields, including the intricate propagation of electromagnetic waves.

These foundational concepts extend across various domains, influencing everything from the voltages and currents within circuits to the transmission of radio waves between antennas and the nuanced interaction of light and matter at the nanoscale.

At the heart of our exploration lies the significance of radio frequencies, microwaves and millimeter-wave frequencies in the electromagnetic spectrum. These elements are pivotal in practical applications spanning wireless and satellite communications, radar systems, sensing technologies, astronomy, high-speed microelectronics and biomedical imaging. Join us in electromagnetics and microwave research, where theoretical knowledge intertwines with hands-on applications, offering students an immersive and impactful experience.

Find faculty members who specialize in Electromagnetics and Microwaves Engineering

Possible Careers

  • Radio frequency engineer
  • Antenna design engineer
  • Radio frequency integrated circuit design engineer
  • Radar systems engineer
  • Electromagnetic compatibility engineer
  • Power integrity engineer

Areas of Specialization

Electromagnetics and microwaves is a fundamental discipline in electrical and computer engineering that applies the principles of Maxwell's equations to a vast range of engineering problems. It is a critical field that moves beyond traditional circuit theory to analyze how electric and magnetic fields behave, especially at high frequencies. This knowledge is essential for understanding wireless communication, radio-frequency circuits, and antennas. Microwaves are a specific high-frequency part of the electromagnetic spectrum used in technologies from satellite communications and radar systems to the microwave oven in your kitchen. This field is the bedrock of our connected world.

RF/microwave and millimetre-wave circuits and devices

This specialization centers on high-frequency electronics, crucial for modern sensing and communication. Research develops compact, high-performance components like RF integrated circuits (RFICs) and RF micro-electromechanical systems (MEMS). A core focus is advanced sensing via UWB antennas and radar. The field is deeply theoretical, utilizing computational electromagnetics while exploring novel materials like metamaterials and pushing into terahertz studies. Future work includes Intelligent antennas and fabricating components using 3D printing of electronics.