Kun Qian is a PhD candidate in the National Centre for Computer Animation, Faculty of Media and Communication. He has been working on computer graphics, game, vfx and virtual reality technologies for more than 10 years. He will deliver a talk on his research of surgery simulation at 7pm, 25th July at K103, as part of the BCS Animation and Game Development SG event. The detail can be found at http://www.bcs.org/content/ConWebDoc/58181 . It is free for all the attendees, everybody is welcome. Please register at the link above, because we will bring some refreshment based on the number of registrations.
Abstract: With the development of computer graphic and haptic devices, training surgeons with virtual reality technology has proven to be very effective in surgery simulation. Due to the various unsolved technical issues, the laparoscopic surgery simulation has not been widely used. Such issues include modelling of complex anatomy structure, large soft tissue deformation, frequent surgical tools interactions, and the rendering of complex material under the illumination. A successful laparoscopic surgery simulator should integrate all these required components in a balanced and efficient manner to achieve both visual/haptic quality and a satisfactory refreshing rate. In this talk, we propose an efficient framework integrating a set of specially tailored and designed techniques, ranging from deformation simulation, collision detection, soft tissue dissection and rendering. This framework can be used as a low level engine for surgery simulation by integrating and optimizing modern creative technologies.
Dr. Xiaosong Yang, MBCS
Associate Professor of Computer Animation
National Centre for Computer Animation
Faculty of Media and Communication
Bournemouth University
http://staffprofiles.bournemouth.ac.uk/display/xyang








I had the pleasure of spending the last three weeks in the Department of Life Sciences (University of Roehampton), working with Dr Giulia Corona and Dr Volker Behrends. We successfully validated an ultra-high performance liquid chromatography coupled with triple quadrupole mass spectrometry (UPLC-MS/MS) method to analyse lipid peroxidation products (breakdown products of fats) in human urine samples.
hod had to be tested and validated, using adult urine samples.
provided the standards used in this analysis. I am grateful that I had this opportunity to further develop my research skills and to learn a new state-of-the-art technique and would like to thank all involved for making this possible!




Kip Jones and Lee-Ann Fenge are pleased to announce that our article to appear shortly in Creative Approaches to Research, a peer-reviewed open-access journal, “Gift Stories How Do We Retell the Stories that Research Participants Give Us?” is now available on 










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Today’s Documentation Will Serve Tomorrow’s Justice
Up2U: New BU academic publication
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ECR Funding Open Call: Research Culture & Community Grant – Application Deadline Friday 12 December
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ERC Advanced Grant 2025 Webinar
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Horizon Europe 2025 Work Programme pre-Published
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease