Programmes of Study
       
Graduate StudiesUndergraduate Studies

MASTER OF SCIENCE & GRADUATE DIPLOMA IN

SPORTS AND EXERCISE MEDICINE

COURSE INFORMATION

2007-2008

Course Structure 

Course details are accurate at the time of printing but may be altered as necessary. 

For full time MSc students the course lasts for one calendar year (end of September to early September the following year). For Graduate Diploma students the course lasts one academic year (end of September to early June). 

Part time students can complete the course over two to five years and will take examinations on appropriate sections of the course at the end of the year in which they study them. More information on part-time study is given below.

The course will be organised as a series of modules, each of which earns credits. Modules earning a total of 180 credits must be passed to gain an M Sc. For the UCL Graduate Diploma, 120 credits are needed. Some modules will be shared with other programmes in the MSc School whilst some are only for the Sports and Exercise Medicine course. The following modules will be offered:
 
Title
Credits
Core or Option
Sports Injuries 
30
Core
Physiology, Biochemistry and Nutrition in Relation to Sport and Exercise 
15
Core
Acute Medical Problems Related to Sport 
7.5
Core
Sport, Exercise and Health 
7.5
Core
Anatomy and Biomechanics
15
Core
Drugs, Ethics and Medico-legal Issues 
7.5
Core
Research Methods 
7.5
Core
Sports Psychology 
7.5
Core
Sport for the Disabled
7.5
Option
Physical Activity Fitness and Health
7.5
Option
Prevention and Treatment of Foot Injuries 
7.5
Option
Genes and Sport
7.5
Option
Project
60
Core

 

Timetabling

The year will be divided into 6 parts as follows: 
 
 
Term
Start date
End date
Duration (weeks)
Content
Total credits 
Introductory week
1
Sept 24
Sept 28  
1
   
Zone 1
1
Oct 1
Nov 23
8
Taught modules
30
Zone 2
1-2
Nov 26
Feb 8
8
Taught modules
30
Zone 3
2-3
Feb 11
May 9
9
Taught modules, Project preparation, Revision 
60
Exams
3
May 12
June 13
4.5
Exams and revision   
Project  
June 16  
Sept 17 
15
Complete and present project
60

 

Module outlines

Sport Injuries, 30 credits, Core 
Organiser, Mr P Thomas (Orthopaedics, Whittington Hospital) 
This major course will be built around weekly half-day clinics, attended for approximately 25 weeks. A small amount of formal teaching plus a series of case presentations will also be included. In addition, visits to other centres will be organised. 

Acute Medical Problems Related to Sport, 7.5 credits, Core 
Organiser, Mr P Thomas (Orthopaedics, Whittington Hospital) 
This module will cover immediate treatment of injuries at sports events, how to deal with some other sports related emergencies (e.g. hypothermia and altitude) and how to organise medical cover for a sports event.

Sport, Exercise and Health, 7.5 credits, Core 
Organisers, Prof Bruce Lynn (UCL)
Will cover topics such as effect of specific diseases such as diabetes on sport participants, health problems caused by exercise, and the contribution of exercise to the health of the general population. 

Physiology, Biochemistry and Nutrition in Relation to Sport and Exercise, 15 credits, Core 
Organisers Prof Steve Harridge (Kings College London) 
Basic muscle physiology, fatigue, strength and endurance training, pathology of muscle, EMG, energy supply to muscle; regulation of muscle phenotype; key aspects of nutrition in relation to health; special nutritional requirements for sport. 

Muscle is very adaptable, even in old age. Maximum force from knee extensors, 91 year old man. Before and after strength training. Data from Prof Steve Harridge.

Anatomy and Biomechanics, 15 credits, Core 
Organisers Dr Ruth Mayagoitia-Hill (KCL)
Anatomy of the limbs and trunk taught mostly by prosection. Key principles of mechanics; biomechanics of the limbs and the spine; walking; running; lifting; throwing.

Sports Psychology, 7.5 credits, Core
Organiser Dr Rhonda Cohen (Middlesex University)
This module will introduce a range of psychological factors underpinning sports performance and bearing on exercise and the risk of injury. These include stress, personality, attention and the issue of burnout.

 
Aims of the Course
Objectives
Entrance Requirements
Application Procedure
Closing Date for Applications
Selection Procedure
Bursary
Course Fees
Financing Postgraduate Study
Accommodation
The MSc School of Human Health and Performance
Organising Committee
MSc School Contacts
Course Structure
Timetabling
Module Outlines
Relation of Graduate Diploma to the MSc.
Part-time study
Assessment

Sport for the Disabled, 7.5 credits, Option
Organiser TBC

Progressing from a historical perspective of restriction to prescription, this module covers many aspects of sport for the disabled, such as issues of inclusion, elite disability sport, specialised equipment, and principles of adapted physical activity.

   
Swimming pool for disabled and abled at the Aspire Centre, RNOH where the Sport for the Disabled module is based.
 

Drugs, Ethics and Medico-legal Issues, 7.5 credits, Core
Organiser Prof Bruce Lynn (Physiology Dept, UCL)
This module will cover the key aspects of the use and abuse of drugs in sport, the responsibility of the team physician and the medico-legal issues surrounding drug use and abuse in sport. Lectures topics will include a number of classes of banned drugs including anabolic steroids, growth hormone and erythropoietin.

Prevention and treatment of Foot Injuries, 7.5 credits, option
Organiser Mr Panos Thomas (Orthopaedics, Whittington Hosp)
This module will cover in detail injuries and chronic conditions affecting training and performance that involve the foot and ankle. The role of different specialists (medical, physiotherapy, podiatry) in the evaluation and treatment of foot injuries will be examined. Prevention of foot injuries and the importance of appropriate footwear will also be covered.

Research Methods, 7.5 credits, Core 
Organiser Prof Bruce Lynn (Physiology Dept) 
The scientific method; what we mean by "evidence based"; principles of experimental design; introduction to statistics; effective use of spread sheets. This module uses a web-based, problem centred, approach and can be taken largely by distance learning.

Physical Activity Fitness and Health 7.5 credits, Option

Organiser Professor Bruce Lynn (Physiology Dept, UCL)

1.  To look in depth at the evidence for improved health from physical activity, considering different health outcomes and all sections of the population. 2.  To examine the relation of physical activity to aerobic fitness and to obesity.
3.  To gain experience of some of the methods used to assess physical activity and fitness. 4.  To look at the ways that physical activity can or might be increased, ie issues related to physical activity promotion.

Genes and Sport 7.5 credits. Option

Organiser Professor Bruce Lynn (Physiology Dept, UCL)

The course will cover the key areas of genetics. It will assume some knowledge of basic biology and genetics, approximately at the standard of A-level Biology

Research Project, 60 credits, Core 
An initial literature survey will lead to the formulation of a research plan. The project will then be carried out and written up as a detailed research report. The results will also be presented orally at the end of the course. Each project will have a 1st Supervisor who provides the main support, and a 2nd supervisor who acts as a further source of advice and helps with the assessment. 
Many different sorts of project are possible - but all must involve an original piece of research. This may be laboratory based or involve an investigation into a clinical problem. Project locations will be available throughout UCL and its associated institutions and hospitals. Laboratories that have indicated their willingness to supervise project students include Prof G Goldspink (Anatomy Dept, Trophic control of muscle size and phenotype); Prof R C Woledge and Dr Alan Wilson (Institute of Human Performance, Muscle properties; human movement analysis; biomechanical topics) and Prof S Harridge (Kings College London, Muscle preformance in the elderly). In addition it is possible to carry out projects at a base not presently linked to UCL if suitable supervision arrangements can be put in place. For example, it is sometimes possible for part time students to carry out a project at their place of employment. 

Topics from recent years include:

  • Concussion in martial artists.
  • Football team doctors' confidence in the delivery of core aspects of cardiorespiratory resuscitation.
  • Dynamic electromyography of the deltoid muscle.


Relation of Graduate Diploma to the M Sc. 

The taught elements of the course, totalling 120 credits, are sufficient in themselves to gain a UCL Graduate Diploma. If a student wishes, they may subsequently re-enrol to do a research project, and if successful will be awarded an M Sc. Fees for the Graduate Diploma are 2/3 those of the M Sc, i.e. pro rata in terms of credit value. 
 
 

Part-time study 

The modular structure allows the course to be taken part-time, with up to 5 years allowed under UCL regulations. We do not recommend spending more than 3 years, as otherwise the experience of being within the college environment becomes excessively diluted. The key for part time students is flexibility. 

Several different routes through the modules will be possible to suit individual circumstances. It should, for example, be possible to take the course over 2 or 3 years while only attending UCL for 1 day per week during zones 1-3, i.e. during academic terms 1 and 2. Remember, however, that when planning part-time study, for every "contact" hour spent at college, a further 1-2 hours needs to be set aside for self study. Also remember that in year one you will need to attend for 2-3 days during week one (the introductory week). Also each year you will need to be able to get time off work to take the exams for each module. And you have to fit in a Research Project that is equivalent to 3-4 months full-time study.

With a 3-year part-time pattern, the taught modules could be completed after 2 years, at which point a UCL Graduate Diploma would be awarded. The IABSEM syllabus would also have been covered allowing an attempt at the IABSEM Diploma.

Students interested in part-time study should discuss the options with Mr Panos Thomas.
 

Assessment

Assessment of taught modules 
Course work and examinations will assess taught courses. Examinations will mostly be taken at the end of the academic year, although in some instances examinations may be held at the end of modules. A range of formats will be used including unseen written papers and practical examinations, some of which may be objective structured clinical examinations (OSCEs). 

Assessment of the project 

The following elements will be assessed: 

  1. An extended essay (no longer than 5000 words) based on the literature review and submitted, along with the research plan, before starting the experimental work.
  2. The research report
  3. The oral presentation 

Viva
Selected students have a viva with external examiner(s) and the course tutors. This further explores the research results and method, essay topic and any other aspect of the course that the examiners have identified as a strength or weakness in the student. 

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