Doctoral project Sam Lemey

Advanced Multi-Antenna System Design for Joint Communication and Sensing Systems

Design, manufacturing and characterization of D-band air-filled substrate-integrated-waveguide lens antennas

Dynamic Metasurface Antennas: From Modeling to Signal Processing

Sparse Antenna Arrays for Millimeterwave Communication and Radar Systems

Advanced Antenna Systems for Conformal Integration in Smart Objects and for mmWave-over-Fiber Distributed Antenna Systems

Conformal Distributed Millimeter Wave Antenna Systems for Joint Communication and Sensing

D-Band Transmitters for Analog Radio-over-Fiber Technology and Active Antenna Arrays

Design of Light Weight Conformal Antennas for the Next Generation Wireless Networks

Doctoral project Joryan Sennesael

Doctoral project Laura Van Messem

Doctoral project Olivier Caytan

Green Near-Field Communicating Metasurface Smart Antenna Skins

Highly Efficient, Ultra-Wideband, Air-Filled Substrate-Integrated-Waveguide Antenna Technology for Next-Generation Wireless Systems

Innovative Substrate-Integrated-Waveguide-Based Antenna Systems for the Fifth-Generation Wireless Communication Network

Integration of Active Electronics in Ultra-WideBand Multi-Antenna Systems

Scalable Ultra-Wideband Multi-Antenna Systems for Joint Communication, Localization and Sensing

Scalable photonic-enabled multi-antenna systems for next-generation wireless communication, sensing and localization applications

Conformal Distributed millimeterWave Antenna Systems for Joint Communication and Sensing

Novel THz multi-beam sparse array concept, exploiting true time delay metamaterial lenses and air-filled-substrate-integrated-waveguide technology

Photonic-enabled 140 GHz Active Antenna Array using Micro Transfer Printing

Design and implementation of photonic-enabled large-scale active antenna systems for fifth-generation wireless communication systems and beyond