Professor Muhammad Ali Imran he/him

Photo of Professor Muhammad Ali Imran
Innovating the future of connectivity solutions

Dean of Graduate Studies and Transnational Education

James Watt School of Engineering
Research interests:
Wireless Communications, 6G Systems, Self-organised Networks, Zero-touch Automation of Networks, AI Driven Networks, Internet of Things, Energy Efficient Systems, Connected Healthcare, Joint Communication and Sensing, Reconfigurable Intelligent Systems
Research fields:
Use of Connectivity Solutions for reducing carbon footprint; Use of Connectivity Solutions for better and proactive healthcare; Use of AI to improve connectivity systems configuration and operation; Designing quantum devices for communications, computing and security
Why do you want to join the DiveIn community?
Due to its ambition of promoting EDI in the postgraduate community and making it an embedded part of training.
Personal profile:

As a Professor of Communication Systems at the University of Glasgow, my research passion revolves around creating the future of wireless communication. My work focuses on the cutting edge of 5G, 6G, and beyond, aiming to enhance connectivity, efficiency, and sustainability. My team within the Communications, Sensing, and Imaging (CSI) research group works on challenges like energy efficiency, spectrum optimization, and intelligent communication networks, leveraging AI and machine learning for the next generation of smart systems.

I’m always keen to form interdisciplinary collaborations, particularly those combining engineering, computer science, and the life sciences. The potential for wireless technology to transform healthcare, environmental monitoring, and smart cities excites me. I welcome partnerships with industry, academia, and healthcare professionals to explore how communication technologies can enable new breakthroughs in these areas.

Within the context of CDT (Centre for Doctoral Training) projects, I envision supervising research that pushes the boundaries of wireless communication’s intersection with AI, machine learning, and IoT. I am particularly interested in interdisciplinary projects that combine telecommunications with sustainability, addressing climate change through energy-efficient networks or leveraging wireless technology for environmental monitoring. As a supervisor, I foster an environment of collaboration, creativity, and intellectual curiosity. I believe in nurturing independent, critical thinking and supporting students in developing their careers both academically and professionally.

My former students have gone on to impressive roles in academia, industry, and research labs across the globe, contributing to cutting-edge technologies and innovative solutions in wireless communication and related fields.

Equity, diversity, and inclusion (EDI) are at the heart of my approach to research and teaching. I am committed to fostering an inclusive and diverse environment where all voices are heard and valued. I actively work to ensure that opportunities in research and education are accessible to everyone, regardless of background. I have a proven track record of supporting students and staff from underrepresented groups in STEM, promoting an environment that celebrates diversity.

On a personal note, I am passionate about inspiring the next generation of engineers and innovators. Outside of work, I enjoy outdoor activities and staying connected to my community through mentorship and outreach initiatives.

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