University of Glasgow is a leading international university and an outstanding place for research, teaching and learning. As one of only two Scottish universities in the world's top 100, the University undertakes leading-edge, internationally competitive research while offering a challenging student-centred learning environment.
The University has significant commercial links, a strong track record of collaboration, and works with a range of local, national and international companies. This activity ranges from aerospace design to the development of new semiconductor chips with some of the world's major multinational corporations. The University also excels in pooling resource and undertakes multidisciplinary approaches and collaboration with other research institutions to achieve national and international impact.
Engineering and scientific strengths of the University include:-
EM Radiation source and sensing technologies
- e.g. THz devices, Optoelectronics & Computational Electromagnetics
Electronic Design, Modelling and Fabrication
- e.g. GaAs High Speed devices, bio-electronics; and nanotechnology
Detector Processing Systems & Techniques
- e.g. Foveated Vision, Remote radiation survey, X-ray and Neutron detection
Aerodyamics & Avionic Control
- e.g. Control of Sensor Platforms, Low Speed and UAV Flight Dynamics and Aerodynamics
Materials Science & Mechanical Engineering
The University's achievement of staying competitive in international research requires continuous reinvestment in a broad range of facilities and infrastructure. Access to these facilities, knowledge and equipment are available for external partners to help improve innovation - crucial if organisations are to remain competitive in a fast-paced and challenging global economy.
Examples include:-
Nanofabrication - The James Watt Nanofabrication Centre is a state of the art laboratory for the fabrication of complex heterogeneous nano-systems.
Materials Characterisation - The Kelvin Nanocharacterisation Centre develops imaging, diffraction and analytical techniques to characterise advanced functional and structural materials, enabling improved performance in specific applications.
Wind Tunnel Facilities - The Handley-Page and Argyll wind tunnels are complemented by expertise in experimental setup and analysis, including low speed and flow visualisation
Stand no. 1 & 2
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