Biomedical Modelling
and Informatics MSc
Location Hendon
Duration One year full-time Two years part-time
Entry requirements Candidates should have a second class honours degree or above in biological science with mathematical skills, or be from a physical science or engineering field. Graduates in numerate disciplines should have schooling in biology. Those with significant professional experience in a relevant discipline will also be considered. All candidates will be interviewed either by telephone or in person.
Course leader Dr. Xiaohong Gao
x.gao@
mdx.ac.uk Dr. Andrew Tizzard
a.tizzard@mdx.ac.uk
Read more
www.mdx.ac.uk/pgbio
Fees UK/EU: £5,500 International: £10,800
Course overview:
Where the significant advances in biomedical science intersect with those in information technology there is an opportunity to seize improvements for human health and wellbeing. The Biomedical Modelling and Informatics Masters aims to capture developments in both fields to create a new kind of professional - one that has a sophisticated skillset across software engineering, informatics and biological and molecular science. This is the only course of its kind in the country: it offers unique access to new modelling methods developed at Middlesex through EPSRC funding and is suitable for professionals already working in the health service or biomedical industry and for science graduates interested in a career on the new frontiers of healthcare. It is accredited by the Institute of Biology (IBM). Developed and taught by internationally recognised research staff, the course is
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taught in our industry standard biomedical and e-science laboratories.
Modules Research Methods and Ethics for Biomedical Sciences; Molecular and Cellular Biology; Data Analysis; System Modelling and Simulation; Research Project.
Career opportunities
A career developing or employing new technologies for medical science, whether in pharmaceutical or biomedical research companies, in academia or in the public health sector.
Research Supported by IBM and the National Centre for Cancer Research, the researchers in the School of Health and Social Science have considerable expertise in the use of systems theory to evaluate the biological organism from a holistic view. They are using the modelling and data analysis expertise of the School of Engineering and Information Sciences staff to tackle problems using ever more sophisticated and complex computer simulation.
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