Loughborough University is the ideal place for students who are passionate about research and making meaningful contributions to society. With its modern infrastructure and state-of-the-art facilities, the University provides an environment that encourages innovation and intellectual growth.
During my research, I received tremendous support from both of my supervisors. They provided me with the freedom to conduct research independently, offered constant motivation and guidance and gave me the autonomy to make decisions regarding my work and project resources. They also supported me in finding a part-time job, allowing me to focus better on my research. Additionally, they encouraged me to participate in international symposiums and conferences, which helped me showcase my work to experts in the field and expand my professional network.
My research focuses on next-generation wireless communication systems, which demand low latency, high capacity, and higher data rates to reliably support an increasing number of users and applications. As existing communication bands approach their capacity limits, there is a need to explore higher frequencies, such as millimeter waves. However, these higher frequencies bring new challenges for wireless communication.
To address these challenges, I propose a new type of antenna capable of easily switching the direction of its radiation beam in and producing multiple beams to simultaneously serve multiple users. It is a simple design with fewer switches that allows easy integration into 5G base stations.
New 5G technology promises almost unimaginable capabilities that have never been available before, as 5G will bring the power of the Internet and ubiquitous fiber-optic communication speeds to the pocket of every human being.*
This research will be the first 5G millimeter-wave flat antenna with a minimal number of switches, capable of steering its radiation beam 360° in 15° increments for both single and multi-beam configurations. One of the key goals of 5G is to enable more people in crowded areas to use their wireless smart devices simultaneously. 5G offers the wide bandwidth and high-speed communication needed for advanced applications like biomedical devices and ultra-low latency services in unmanned vehicles.
My advice for anyone considering undertaking a PhD is that it provides you with invaluable opportunities for deep learning, personal growth and to make meaningful contributions to the engineering industry.
Loughborough University is renowned for its research excellence and its ability to translate research outcomes into real-world societal benefits. The academics here are highly equipped to support you in tackling innovative projects that push the boundaries of current understanding, as well as guide you through any challenges that may arise during your research.
Additionally, collaborating with experts in the field can be incredibly rewarding, offering opportunities for both academic and professional development.
*NYU Tandon School of Engineering (2018) - News Article: Millimeter Wave Mobile Communications for 5G Cellular? It’s Working!