Research Fellow in Physical Layer Radio

The Institute for Communication Systems (ICS) at the forefront of wireless innovation is inviting applications for a Research Fellow position focused on Physical Layer Radio for 3D Angular Momentum Multiplexing. This exciting three-year project, SELECT-3DAM, funded by the Engineering and Physical Sciences Research Council (EPSRC), represents a significant opportunity for an ambitious researcher to contribute to the evolution of wireless communication.

About the Opportunity:

This role is centered around the groundbreaking SELECT-3DAM project, which builds upon pioneering work in Linear Angular Momentum Multiplexing (LAMM). The core objective is to develop and investigate 3D Angular Momentum Multiplexing (3DAMM) – a novel wireless transmission architecture with the potential to revolutionize spectral efficiency. This technology aims to provide a low-cost, energy-efficient, and reliable gigabit connectivity solution for train carriages, even within tunnels. As a Research Fellow, you will be instrumental in designing and constructing a concept demonstrator, working alongside another researcher focused on RF and antennas. This is a chance to be at the cutting edge of communication technology, contributing to science that enables practical implementation of advanced infrastructure.

What Makes This Role Stand Out?

• Pioneering Research: Engage with a highly innovative wireless transmission architecture, 3DAMM, that promises to redefine spectral efficiency in specific wireless links.
• Impactful Application: Contribute to a real-world problem – providing reliable connectivity for trains in challenging environments, demonstrating the practical impact of your research.
• World-Class Institute: Become part of ICS, Europe's largest academic research institute in ICT, home to over 200 researchers with extensive expertise and state-of-the-art facilities.
• Leading Edge Facilities: Benefit from access to best-in-class large-scale testbeds and advanced lab and computing resources.
• Future-Focused Research: Join a team that is not only advancing 5G but also actively researching 6G for the 2030+ era, placing you at the forefront of future communication systems.
• Collaborative Environment: Work within a dynamic and collaborative team, contributing to the development and investigation of a cutting-edge concept.

Key Considerations for Your Career Path:

This position is ideal for individuals who are passionate about pushing the boundaries of wireless communication and possess a strong analytical and practical skillset. For candidates looking to advance their careers in telecommunications research, this role offers:

• Deep Dive into Physical Layer: Develop profound expertise in signal processing for wireless communication systems, including modulation, coding, and array antenna techniques for MIMO.
• Theoretical and Practical Application: Solidify your understanding of communication theory while applying it to tangible engineering challenges.
• Advanced Simulation Skills: Enhance your proficiency in mathematical modeling and simulation using MATLAB, a crucial skill in the field.
• Publication and Innovation: Build on or establish a proven track record of innovation, supported by high-impact publications in prestigious journals and conferences.
• Exposure to Emerging Technologies: Gain valuable experience in concepts like orbital angular momentum (OAM) and software-defined radios (SDR), which are becoming increasingly important.
• Industry Relevance: Develop insights into the specific challenges and solutions for infrastructure-to-train communications, a niche but critical area.

Ideal Candidate Profile:

We are seeking a candidate with:

• Strong expertise in signal processing for wireless communication systems (modulation, coding, physical layer).
• Experience with array antennas and their application in MIMO systems.
• A very good understanding of communication theory.
• A strong command of mathematics and simulation, particularly in MATLAB.
• A proven track record of innovation, evidenced by publications in high-ranked journals and conferences.
• Excellent written and verbal communication skills.

Desirable skills include:

• Knowledge and experience with orbital angular momentum (OAM) for wireless communication.
• Experience with software-defined radios, such as ADALM-PLUTO.
• Familiarity with the current state-of-the-art in infrastructure-to-train communications.

Additional Benefits:

Beyond a competitive salary, the University offers a comprehensive benefits package including generous annual leave (25 days plus university closure days and bank holidays), a supportive pension scheme, access to excellent on-campus leisure facilities, various travel schemes, and family-friendly benefits like an on-site nursery.

The University of Surrey is committed to fostering an inclusive environment and actively encourages applications from individuals from under-represented groups, including Black, Asian, and minority ethnic communities, and people with disabilities.