Dr Lina Mohjazi she/her

Photo of Dr Lina Mohjazi
Advancing green and sustainable wireless communications technologies for zero-touch networks

Senior Lecturer

James Watt School of Engineering
Research interests:
Energy-efficient resource allocation, Zero-touch wireless networks, Federated learning for vision-aided communications, Reconfigurable intelligent surfaces, ISAC, UAV-aided wireless comms, Distributed learning
Research fields:
Smart cities, Internet of Things, Internet of mirrors, Healthcare, Robotics, Internet of Sounds, Vehicular networks
Why do you want to join the DiveIn community?
I want to join DiveIn doctoral training because it aligns perfectly with my passion for fostering innovation through interdisciplinary research. The program's commitment to breaking down silos and embracing diverse perspectives resonates deeply with my belief in the transformative power of collaboration. I am eager to contribute to a vibrant, inclusive research environment that not only advances scientific excellence but also addresses critical societal challenges across EPSRC's priority areas. DiveIn offers an ideal platform for me to integrate my skills in engineering and physical sciences with a holistic approach to research and innovation leadership. As a Deputy Director of RAINZ, this sets an excellent opportunity to explore synergies between the two CDTs.
Personal profile:

I am passionate about developing sustainable communication systems through ML-driven technologies for 5G/6G networks. My work integrates Reconfigurable Intelligent Surfaces (RIS) with AI to optimise energy use and minimise environmental impact. I also explore innovative vision-aided communication systems to enhance the reliability of signal coverage in smart cities. I also work on an exciting and niche are called the Internet of Mirrors (IoM), which leverages smart mirrors for health analytics such as skin and dental aesthetics. My research aims to create low-power, high-performance systems that drive sustainability in wireless communication and health applications.

My group, composed of 8 PhD students, works on the umbrella of smart environments and develops innovative technologies that integrate communication systems with smart cities, healthcare, and robotic systems. We are exploring how communication networks can be more energy-efficient, reliable, resilient, and integrated into various sectors, including autonomous vehicles, robotic systems, and personalised healthcare.

I am engaged in interdisciplinary research combining AI, sustainability, robotics, internet of things, and communication systems. I am particularly keen to supervise PhD projects on eco-friendly RIS designs, vision-aided communication systems, and IoM applications in healthcare and beauty applications. Projects that integrate AI with sustainable wireless technologies in energy-efficient autonomous systems would be exciting.

As a supervisor, I offer a supportive and collaborative environment that encourages independent thinking while providing continuous guidance. I prioritise open communication and help my students engage with the wider academic and industrial communities to expand their networks. I have worked with a diverse set of students (e.g. young students, parents, students with disabilities, international and home students). This allowed my supervision style to stay adaptive and flexible to give each student personalised experience.

I am committed to promoting EDI within my research group, supporting initiatives and affinity groups like IEEE Women in Engineering UK & Ireland that increase female participation in engineering and technology. I strive to create an inclusive and diverse environment where all voices are valued. I also oversee EDI and Student Experience in RAINZ CDT.

Outside of my academic work, I enjoy playing the piano, learning languages, and exploring new countries. My experiences in the Middle East, Europe and Asia shaped my multicultural teaching and research approaches, giving me a global perspective in everything I do.

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