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Postgraduate Courses in the
School of Computing Sciences
MSc/Diploma in Medical Statistics
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Introduction
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This course in run jointly by the Department of Epidemiology and Public
Health, Leicester
University and the Department of Medical Statistics, De Montfort
University Leicester
Medical Statistics represents a major area of application of
statistical theory and methods. Current
developments seem to ensure that is will remain so for some time to come.
The debate surrounding
such issues as
- Smoking and cancer
- The fluoridation of water
- Diet, stress and heart disease
- Safety of new medicines
involve fundamental statistical argument - clear assessment of all the
available evidence by expert
statisticians is literally vital.
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Career Opportunities
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There is no lack of job opportunities for medical statisticians. Medicine
has in recent years been the
greatest single growth area in statistical employment, and graduates from
the course are able to
choose from a wide variety of vacancies. Many have started careers in the
pharmaceutical industry
while others have become research assistant on projects within
universities, medical research
institutes, or in the health service. Salaries in industry have compared
very favourably with those offered to
new graduates. Although the course stresses those areas of statistics of
particular interest
to the medical statistician, the range of material covered and the
practical nature of the course, with
its extensive use of standard statistical packages, would provide a firm
basis for a statistical career in
many other disciplines. Former students have obtained employment in
agricultural and biological
research institutes, and as computing specialists in commerce and
industry.
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Course Aims
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The course provides a comprehensive coverage of those areas of statistics
and computing which the
medical statistician must know thoroughly. By emphasising the practical
application of each
theoretical technique and the central role of the computer in modern
statistics, the course aims to
equip students with skills that will make them rapidly capable of useful
employment without
extensive further training. While all necessary theory is covered, the
emphasis throughout is on
understanding and the ability to apply and adapt theory to real-life
problems. There can be no
substitute for the constant challenge of real data in the development of a
good applied statistician.
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Course Structure
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The taught course extends over the usual academic year with examinations
in January and May. The
Diploma course ends in June, but those taking the MSc continue their
studies working on an
approved project. Students may only proceed to the MSc degree if they
perform sufficiently well in
the examinations and coursework. The course has a modular structure with
each module being
taught over a one-week period. Students can complete assignments and
practical work during the
period between modules, which also provides opportunity for preliminary
reading for the following
modules. A list of modules is given below;
- Epidemiology 1
- Clinical Trials 1
- Statistical Methods
- Statistical Inference
- Linear Models
- Generalised Linear Models
- Clinical Trials 2
- Analysis of Counts and Proportions
- Survival Data
- Epidemiology 2
- Decision Making
- Repeated Measures
- Medical Decision Support Systems
An important factor in the success of a practising statistician is the
ease with which he or she
communicates with others, particularly with people lacking in mathematical
or numerical expertise.
Training in such communication, including consultancy skills, is given by
two miniprojects and a
consultancy training project. In the two miniprojects, piece of medical
research is described and the
data presented. After full discussion, students have two weeks to do their
background reading,
analyse the data and present a fully-documented report on their findings.
Clarity of presentation is
valued just as highly as statistical content.
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Part-time Study
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Very flexible arrangements are possible for students wishing to take the
course part-time. The usual
scheme is to take the course over two or three years, attending between
three and eight of the short
modules each year. The assigned practical work may be done
either in Leicester or elsewhere and deadlines can be arranged to suit
students' other commitments.
Some of the written papers may be taken before the whole course is
completed. Those
proceeding to project work are allowed 12 months from the last written
examination before handing
in the their dissertations. The course is, we believe, particularly
suitable for the in-service training of
existing statisticians as well as those seeking a change of career. Such
applicants are particularly
welcome and are invited to discuss their particular circumstances with
Professor Derek Teather.
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Admission Requirements
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Students will normally have obtained a good honours degree (1st of 2nd
class) in mathematics or a
subject having a substantial mathematical content. They normally will be
expected to have attended at
least 100 hours of lectures in probability and statistics during their
degree course. Any student with
insufficient previous knowledge will be required to undertake a course of
prescribed reading, prior
to starting the course, under the guidance of one of the members of staff.
A preliminary year can
also be arranged in which a student takes a selection of suitable
undergraduate courses which aim to
provide adequate preparation for the MSc/Diploma.
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Financial Support
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The course is allocated a quota of EPSRC and MRC Advanced Course
Studentships. A number of
studentships provided by the pharmaceutical industry are also available;
these provide more
generous support than the research council grants. All grants are
allocateed by the course organisers
to the most suitable applicants, usually in April or May. Applicant do not
therefore have to apply
direct to EPSRC or MRC, but merely indicate which, if any, grants they
with to be considered for on their
application form.
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How to apply
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Enquiries about admission to the course should be directed to:
Professor Derek Teather
The School of Computing Sciences
De Montfort University
The Gateway
Leicester LE1 9BH
Tel:(0116) 2577472 dte@dmu.ac.uk
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Other enquiries should be directed to:
Professor David Jones
Epidemiology and Public Health
University of Leicester
22-28 Princess Road West
Leicester LE1 6TP, UK
Tel:(0116) 2523196 drj@leicester.ac.uk
http://www.prw.le.ac.uk/epidemio/staff/drj.html
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