Dr Masood Ur Rehman he/him

Photo of Dr Masood Ur Rehman
Innovating wireless technologies for resilient and adaptive planet

Senior Lecturer in Electronic Engineering

James Watt School of Engineering
Research interests:
Compact antenna design for 6G, Global Navigation Satellite Systems, Wearable and implantable sensors and systems, Bio-electromagnetics and exposure of biological tissues to RF, Millimetre-wave and nano-communications for body-centric networks, Wireless sensor networks in industrial automation, Sensors for healthcare, Environmental monitoring, Device-to-Device communications, Human-to-Human communications
Research fields:
Global Navigation Satellite Systems: Front end and Backhaul Communications Wearable and implantable sensors and systems, Bio-electromagnetics and exposure of biological tissues to RF, Millimetre-wave and nano-communications for body-centric networks, Wireless sensors for environmental monitoring, Wireless sensors for mmWave and THz body-centric applications
Why do you want to join the DiveIn community?
I am a champion of diversity and inclusion. I do my best to promote it in my capacity as the Chair of IEEE UKRI Young Professionals Affinity Group and Vice Chair of IEEE UKRI APS/MTTS Joint Chapter. I see DiveIn as a place where my research can make a significant contribution by upholding this principle while working on areas that effectively and efficiently bring together multiple disciplines, such as Engineering, Biology, and Environmental Sciences, to devise innovative solutions for everyday problems.
Personal profile:

My research passion lies in pioneering next-generation wireless systems, particularly the development of compact, energy-efficient, and body-centric antennas and sensors for 6G, Industry 5.0, and biomedical applications. At the University of Glasgow, my group explores innovative designs in bio-electromagnetics, wearable and implantable systems, and RF exposure analysis. We aim to make future communications more human-aware, sustainable, and intelligent, transforming how technology interfaces with the body and environment.

We actively engage in interdisciplinary research combining electromagnetics, materials science, biomedical engineering, and AI. I envision CDT projects where electronic engineering meets data science, biology, and manufacturing, for example, developing smart textiles with embedded communication and sensing, or mmWave/nano-scale wireless platforms for intra-body networks. I’m particularly keen on collaborations with clinicians, environmental scientists, and biologists to co-create solutions in healthcare and green IoT.

As a supervisor, I take a supportive yet structured approach, encouraging independence, creativity, and real-world impact. I mentor with empathy, tailoring guidance to individual strengths and goals. I’ve supervised 8 PhD graduates who are now in academia, industry R&D, and start-ups. I take pride in nurturing well-rounded scientists who can thrive across disciplines.

Equity, diversity, and inclusion are central to my ethos. As Chair of IEEE UKRI Young Professionals and Vice-Chair of APS/MTTS, I actively promote inclusive engagement, mentoring diverse early-career researchers and organising accessible events. I champion fair recruitment and advocate for underrepresented voices in STEM through outreach and international networks.

Originally from Pakistan, I began my journey in electronics at UET Lahore before earning my MSc and PhD at Queen Mary University of London. My international academic path, from Pakistan to the UK, has shaped my deep respect for diversity and global collaboration. Outside of academia, I enjoy reading, mentoring young engineers, and staying connected to grassroots educational initiatives.

I welcome enthusiastic candidates interested in pushing the boundaries of wireless technologies and making a tangible societal impact. Together, we can build systems that are not just smarter but also more inclusive and human-centred.

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