PhD Position at Antennas and Propagation Lab!

The Antennas and Propagation Lab (APL) at the iTEAM Research Institute of the Universitat Politècnica de València (UPV) is offering a fully funded 4-year PhD position within the REMANDO-2030 project, focused on advanced radio channel measurements and modeling for future IMT-2030 wireless systems. This is an excellent opportunity to join a strong research environment working at the frontier of radio propagation, channel characterization, wireless communications, and advanced modeling techniques for next-generation networks.

What you will work on

  • Real-world radio channel measurement campaigns in microwave, mmWave, and sub-THz bands
  • Development of advanced stochastic, deterministic, data-driven, and AI-based channel models
  • Analysis of the impact of radio propagation on emerging IMT-2030 enabling technologies
  • Simulation and ray-tracing tools for complex propagation environments
  • Research dissemination through top-tier journals and international conferences

Candidate profile

  • Bachelor’s and Master’s degrees in Electrical Engineering, Electronic Engineering, Telecommunications Engineering, or related fields
  • Background in radio propagation, channel modeling, wireless communications, and signal processing
  • Programming skills in MATLAB and/or Python
  • Strong command of English
  • Previous experience in channel sounding, ray tracing, or AI for communications will be positively valued
  • Strong motivation for experimental and measurement-based research

What we offer

  • A 4-year full-time PhD position.
  • The opportunity to carry out research within a leading group in antennas and propagation.
  • A stimulating international research environment with opportunities for scientific publication and mobility.

Candidates should also send their CV and academic transcript, Email subject: PhD Application – REMANDO-2030, to: Lorenzo Rubio Arjona — lrubio@upv.es and Vicent Miquel Rodrigo — vrodrigo@iteam.upv.es

If you are interested in working on advanced radio channel modeling, real-world measurements, and future IMT-2030 systems within a leading research environment, we would be very glad to hear from you.