Research Associate in RF Design and Prototyping of Reconfigurable Intelligent Surfaces

Company: Imperial College London
Apply for the Research Associate in RF Design and Prototyping of Reconfigurable Intelligent Surfaces
Location: London
Job Description:

Overview

In this postdoctoral role, you will advance BD-RIS research through design, modelling, and fabrication of reconfigurable impedance networks and nonlocal metasurfaces. You will work within Imperial College’s HASC project to evaluate BD-RIS benefits for next-generation wireless networks and contribute to the feasibility assessment. You will collaborate with cross-disciplinary teams to generate data, publish findings, and present at conferences. This position offers a path to establish leadership in a cutting-edge area of wireless technology and scale impactful research outcomes.

Pay / Benefits

  • sector-leading salary
  • 39 days off per year
  • generous pension schemes
  • career support for researchers
  • opportunities for promotion and progression
  • diverse and collaborative work culture

Responsibilities

  • Plan and initiate research activities
  • Develop techniques and apparatus for data collection and analysis
  • Perform data analysis and ensure data validity and reliability
  • Maintain thorough records of findings
  • Write reports for sponsors and publish in journals
  • Present findings to colleagues and at conferences
  • Provide guidance to staff and students
  • Attend relevant workshops and conferences as needed

Key requirements

  • PhD or near completion in RF design, modelling, and prototyping of radio systems, RIS/metasurfaces
  • Significant publication track record
  • Experience in microwave circuit theory, antenna design/measurement, RF prototyping/experimentation
  • Experience with reconfigurable RF devices and networks
  • Experience presenting and publishing scientific research
  • Practical research environment experience
  • communication and presentation skills
  • team mentorship/leadership
  • data-driven mindset
  • Microwave circuit theory
  • Antenna design/measurement
  • RF system prototyping/experimentation

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Posted: October 21st, 2026