Research theme: Connecting People
At the James Watt School of Engineering, our Connecting People research theme is dedicated to tackling modern communication challenges and fostering a more interconnected world. Our multidisciplinary team works at the forefront of future communication technologies, cyber-physical systems, and transportation innovations, developing real-world solutions that impact industry and society.
Through strong partnerships with global industry leaders, we bridge the gap between theoretical advancements and real-world applications. Our work contributes to smart cities, sustainable mobility, secure communications, and the future of autonomous transportation.
By integrating engineering, computer science, AI, and data analytics, our researchers are building the next generation of connected systems, ensuring a safer, smarter, and more efficient future.
Future Telecom
We drive innovation in next-generation telecommunications, developing key technologies that enhance connectivity and data exchange. Our research spans:
- 5G and 6G Networks
- Internet of Things (IoT)
- AI-driven Electronic Design
- Blockchain Wireless Networks
- Energy Harvesting Communications
- Advanced Sensors and Devices
- Future Radar Systems and Signal Processing
- Intelligent Reflecting Surfaces
- Virtual/Augmented Reality in Education
Cyber-Physical Systems
We integrate digital intelligence into physical infrastructures, enabling smarter, safer, and more efficient operations. Our work includes:
- Autonomous Systems and Connectivity
- Cyber Security for Digital Infrastructure
- Understandable Autonomous Systems
- AI and Sensing for Personalised Healthcare
- Computing Technologies for Healthcare
Transportation and Mobility
We are redefining how societies interact with mobility through cutting-edge research in transport systems. Our expertise includes:
- Autonomous Systems in Transport
- Aerodynamics, Fluid Mechanics, and Flight Control
- Avionics, Navigation, and Control
- Propulsion, Electrification and Superconductivity
- Simulation and Modeling for Future Transport
Research Lead
Useful links
Study
Undergraduate programmes
- Aerospace Systems [BEng/MEng]
- Electronics & Electrical Engineering [BEng/MEng]
- Electronic & Software Engineering [BSc/BEng/MEng]
- Mechanical Engineering [BEng/MEng]
Postgraduate Taught programmes
- Aerospace Engineering [MSc]
- Computer Systems Engineering [MSc]
- Electronics & Electrical Engineering [MSc]
- Mechatronics [MSc]
- Nanoscience & Nanotechnology [MSc]
- Product Design Engineering [MSc]
- Robotics & Artificial Intelligence [MSc]
Centres of Doctoral Training (CDTs)
Related centres and facilities
James Watt Nanofabrication Centre
The James Watt Nanofabrication Centre undertakes fundamental, applied and commercial research, development and small-scale production using a vast array of developed process modules and background IP which can provide integrated processes to deliver circuits, devices, systems and solutions.
ANALOGUE (Advanced Semiconductor Packaging Facility)
ANALOGUE is a state-of-the-art facility offering a fully automated semiconductor processing platform, from devices to applications, with integrated workflow design, data collection, and real-time analytics.
Centre for Advanced Electronics (CAE)
The Centre for Advanced Electronics aims to advance electronics research in the James Watt School of Engineering at the University of Glasgow. The CAE is committed to creating a world-class research centre for advanced electronics, nurturing highly skilled workers and researchers for academia and industry in the UK and beyond, and supporting innovation in the industry.
Centre for Quantum Technology
The Centre for Quantum Technology at the University of Glasgow brings together physicists, engineers and computer scientists to tackle cutting-edge scientific and technological research and innovation in the area of quantum.
Glasgow Computational Engineering Centre (GCEC)
The Glasgow Computational Engineering Centre (GCEC) aims to foster a community of people who learn, train, and work together on the discovery, implementation, and application of ground-breaking computational solutions to relevant engineering challenges.
Our Research Divisions
Our Research Divisions represent the core areas of expertise that drive our groundbreaking work. Each division focuses on distinct, yet interconnected fields, enabling specialised research and fostering interdisciplinary collaboration.
Learn more about our Research Divisions and how they contribute to advancements in engineering through dedicated research and innovation.