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Postgraduate ProsPectus - Aston University

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School of Engineering & Applied Science<br />

Biomedical Engineering Research Group<br />

School of Engineering & Applied Science<br />

Computer Science Research Group<br />

Group overview<br />

The Group has five academic staff with international<br />

track records of working at the interfaces between<br />

engineering and medicine, biology, manufacturing and<br />

design. The group produces innovative state-of-the-art<br />

devices for use in surgery, medicine and rehabilitation.<br />

Research interests<br />

Medical devices including artificial heart implants,<br />

neurosensory devices (cochlear)<br />

Robotics including micro-robotic surgical tools<br />

Smart sensing systems for discriminating tissues,<br />

cells, proteins on the micro and nano scale<br />

Biomechanics including cell mechanics,<br />

computational and experimental bloodflow<br />

dynamics.<br />

We would be interested in supervising projects in the<br />

areas of novel medical devices, sensing and diagnosis<br />

systems, modelling in biomedical engineering.<br />

Current projects<br />

Development of a smart catheter for endovascular<br />

intervention<br />

Microsystems for medical diagnosis<br />

Occular alignment for ophthalmic instruments<br />

Development of a combination optical coherence<br />

tomography and high resolution imaging system<br />

Chronic intermittent mechanical cardiac support<br />

Modelling of carotid atherosclerotic plaque stability<br />

Modelling of anterior eye tissues.<br />

Specialist equipment<br />

State-of-the-art facilities such as confocal<br />

microscopes, microlaser tracking systems, atomic<br />

force microscope, scanning micro laser vibrometer,<br />

EMG monitoring equipment, robotic manipulators and<br />

rapid prototyping facilities.<br />

Funding sources<br />

Our research is funded by a range of research councils,<br />

government bodies, charity foundations and industrial<br />

sponsors.<br />

Collaboration<br />

We work closely with hospitals and international<br />

institutions, such as the QE hospital in Birmingham,<br />

St George’s hospital in London, <strong>University</strong> of Illinois<br />

and the World Academy of Biomedical Technology of<br />

UNESCO.<br />

Group overview<br />

The Computer Science Research Group brings<br />

together expertise from a wide range of Computer<br />

Science areas. Group members pursue funded<br />

research in five main themes: computational<br />

intelligence, software engineering, pattern analysis,<br />

visual information processing and cognitive science.<br />

The theory and tools developed by the group are used<br />

in application domains ranging from health informatics<br />

to geoinformatics. The group has close links with the<br />

Non-linearity and Complexity Research Group.<br />

Research interests<br />

We are interested in supervising projects in:<br />

Health informatics, specialising in clinical decision<br />

support and ontologies<br />

Computational intelligence: agent-based systems,<br />

evolutionary computation, semantic web, and<br />

spatial systems<br />

Software engineering: reliable software, adaptive<br />

computer systems<br />

Visual Information Processing: visual 3D inference,<br />

video analysis<br />

Cognitive science: computational models of<br />

decision processes, human-computer interaction<br />

(HCI), including mobile HCI.<br />

Current projects<br />

GRiST tool for mental health decision support<br />

GeoViQua improving data from earth observation<br />

systems with applications in ecology and<br />

meteorology<br />

ADVANCE: improved decision support for logistics.<br />

Specialist equipment<br />

<strong>Aston</strong> Interactive Media Lab: for the design and<br />

evaluation of novel interaction technologies and<br />

computer vision<br />

High-performance computer clusters run by the<br />

School.<br />

Funding sources<br />

UK research councils and National Health Service,<br />

industry (Knowledge Transfer Partnerships and CASE<br />

studentships), charities, and the EU.<br />

Collaboration<br />

Collaborations are organised around the development<br />

of real-world applications, and have led to innovative<br />

systems that are used in industry and the health<br />

service.<br />

Application and contact<br />

Research Group Convenor<br />

Professor Ian Nabney<br />

T: +44 (0)121 204 3645<br />

F +44 (0)121 204 3676<br />

E: i.t.nabney@aston.ac.uk<br />

W: www.aston.ac.uk/eas/research/groups/csrg<br />

Application and contact<br />

Research Group Convenor<br />

Dr Xianghong Ma<br />

T: +44 (0)121 204 3592<br />

E: x.ma@aston.ac.uk<br />

W: www.aston.ac.uk/eas/research/groups/biomedical<br />

54 To find out more: Telephone: +44 (0)121 204 3400 | Email: engineering@aston.ac.uk | www.aston.ac.uk/eas<br />

www.aston.ac.uk<br />

55

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