MSc (Research) Systems Power and Energy in Glasgow United Kingdom | University of Glasgow

Our School of Engineering conducts cutting-edge research in Systems, Power, and Energy, addressing critical domains such as energy technologies, ultrasonics, materials science, manufacturing, space systems, and the intersection of science and music.

Overview
We adopt an interdisciplinary approach, uniting specialists from diverse disciplines to solve industry-driven problems. Our partnerships span energy sectors, space technology, healthcare innovations, bioengineering, nanotechnology, and automotive engineering advancements.

Research Areas
Communications, Sensing and Imaging
- Antenna development and propagation modeling
- Physical layer architecture and signal processing, including novel 5G waveforms
- Radio spectrum management and medium access control
- Integrated network design combining RAN and backhaul infrastructure
- Autonomous cellular network optimization
- AI and big data applications for network self-configuration
- 5G implementation scenarios covering: Intelligent Transportation, Precision Agriculture, Digital Healthcare, Wearable networks, Ecological monitoring, Smart Infrastructure

Energy
- High-performance renewable energy solutions
- Low-carbon fossil fuel technologies
- Optimized energy conversion methods
- Secure nuclear energy alternatives
- Energy system monitoring and computational modeling

Medical and Industrial Ultrasonics
- Ultrasound applications in healthcare and surgical procedures
- High-power ultrasonic implementations
- Advanced transducer materials and components
- Cavitation phenomena and microbubble research
- Ultrasound system electronics
- Beamforming techniques and data processing
- Hybrid systems incorporating ultrasound
- Equipment for space and extreme environments
- Ultrasonic micro-manipulation technologies

Materials, Design and Manufacturing
- Composite material innovations
- Next-generation manufacturing techniques
- Computer-Automated Design (CAutoD) solutions

Space Systems
- Planetary research and exploration
- Space debris reduction strategies
- Spacecraft power technologies
- Orbital mechanics and formation flying control

Science & Music
- Performance analysis through empirical musicology
- Microtonal music practice and analysis tools
- Digital modeling of musical performances

Program Duration: 1-2 years full-time; 2-3 years part-time