Metamaterials & Antenna Research Squad (MARS)
Welcome to Our Group Website!
Based in Canada’s capital, Ottawa, the MARS targets focused applications in the area of smart Antennas and Metamaterials, and is committed to finding novel engineering solutions to some of the most challenging problems in implementing tomorrow’s radio systems. The group is based in the Department of Electronics (DoE) and specializes in wide range of topics in the area of microwave engineering, metamaterials/metasurfaces, signal processing and wide-band antennas with strong emphasis on inter-disciplinary research ranging from microwaves to optics. The group further specializes in Computational Electromagnetics focussed on novel and cutting edge problems in modeling electromagnetic metasurfaces. The group devises novel simulations methods and techniques for modeling electromagnetics metamaterials with greater emphasis on fundamental EM principles and concepts in close collaboration with Prof. Tom Smy.
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mm-Wave Dual Layer Huygens' Transmit-array -
Near-Field Characterization of the mm-Wave Huygens' Transmit-Array -
Multi-port Slot Array Antenna for Direction Finding and Fourier Transforming -
Amplitude Equalized Phasers -
mm-Wave Beam Former using Slot Array Antennas -
Dispersion Engineered Choke Ring for GNSS Application -
3D printed Choke Ring for GNSS Applications -
All-dielectric Huygens' Transmit-array -
Reflection Metasurface -
Huygens' Transmit Array -
4-port Rhode & Schwarz Vector Network Analyzer -
Ultimaker S5 3D printer -
Metasurface Measurement System -
Metasurfaces for 5G -
Metasurface Characterization -
4-port Rhode & Schwarz Vector Network Analyzer -
mm-Wave Side-Fire Antennas -
mm-Wave Side-Fire Antenna Feeds -
120 GHz All-Dielectric Metasurfaces -
Ka Band Metasurface Measurement Systems -
Ka Band Independent Amplitude and Phase Metasurface -
X-band Smart Metasurface