Research Project CPD
In order to be awarded the MSc you must complete either a research project or a dissertation in order to obtain experience in a research area relevant to Optometry.
Please note - dates for this module are ongoing.
Download MSc Clinical Optometry Programme Handbook
Course Information
| Start Date | Start Time | Duration | Cost | Course Code | Apply |
|---|---|---|---|---|---|
| Monday 26 September 2011 | From the date of registration for the Project, you have one year until it has to be submitted. | Contact Postgraduate Admissions for full details. | OVM015 | Apply Now |
Tutor Info
ContactDr Michelle L Hennelly
MSc Programme Director
m.hennelly@city.ac.uk
Ms Rita Kaur
Senior Programmes Officer
City University London
School of Health Sciences
Health Building
Northampton Square
London
EC1V 0HB
020 7040 3934
Rita.kaur.1@city.ac.uk
Eligibility
- You should normally be a UK registered optometrist satisfying all legal requirements to be eligible to practice in the UK.
- You should also be registered with the General Optical Council.
- Overseas optometrists will be accepted on an ad-hoc basis providing your undergraduate syllabus and clinical responsibilities are similar to those of a UK optometrist.
English Requirements
For those students whose first language is not English one of thefollowing qualifications is also required:
- IELTS: 7
- TOEFL (internet-based): 100
What will I learn?
The module will enable you to:
- Synthesise, evaluate and critically review previous methods of experimental design appropriate to chosen optometric topic in order to design an appropriate novel research proposal
- Understand research methodology and appreciate the relationship between experimental design and validity of results
- Show an in-depth and comprehensive understanding of techniques/methodologies applicable to their practical research work
- Organise and critically appraise research reports and experimental data and evaluate relevance of findings being critically aware of the importance of experimental design
- Analyse experimental results determining unbiased strengths and weaknesses
- Demonstrate self direction and originality in practical and theoretical problem solving in order to argue an hypothesis
- Complete a final research report evaluating previous research and arguing hypotheses
- Systematically analyse experimental data and demonstrate a critical awareness of available statistical tests and the ability to conduct such tests independently
- Demonstrate an in-depth understanding of the relationships between information, evidence-based practice and decision-making, and to appreciate the role of a formal framework for the decision-making process
- Demonstrate expertise in your area of research following a critical analysis of the available literature
- Further the development of research relating to optometry
- Apply the use of IT skills in obtaining and organising research data and in the analysis of data
- Produce a body of work that is novel, contributing to the forefront of a particular field
- Access and select previously published research in the chosen topic
- Demonstrate a refinement of analytical and problem-solving skills
- Advance their own knowledge and understanding and develop new skills to a high level
- Work independently and self critically
- Engage confidently in academic and professional communication with others
- Produce succinct, clearly written professional reports which communicate conclusions to specialist and non-specialist audiences
- Develop or improve written and verbal presentation skills.
Teaching and Assessment
Mode of deliveryTeaching methods include directed study informed by the individual project supervisor.
Assessment
Assessment for the module consists of a written report (85%) and an oral presentation (15%). A minimum overall mark of 50% must be obtained to pass the module.
Recommended Reading
- Altman D.G. (1991) Practical Statistics for Medical Research. London: Chapman and Hall.
- Bland, M. (2000) An Introduction to Medical Statistics (3rd ed). Oxford: Oxford University Press.
- Bowling, A. (2002). Research Methods in Health (2nd ed). Buckingham: Open University Press.
- Campbell, M.J. and Machin, D. (1999) Medical Statistics: A Common Sense Approach (3rd ed) Chester: Wiley.
- Greenhalgh, T. (2006) How to Read a Paper: The Basics of Evidence-Based Medicine. (3rd ed) Blackwell
- Silverman, D. (2004) Doing Qualitative Research (2nd ed.). Sage Publications.
Funding
The fees are as follows:-
EU & UK Students: £300
International Students: £300
If you are being sponsored please ensure that you include a sponsor letter with your application. The sponsor letter should state your name and the module that you are applying for.
Leads To...
Successful completion of 60 PG credits (4 modules) leads to the award of PG Certificate and 120 credits (8 modules) leads to the PG Diploma in Clinical Optometry.Completion of a total of 120 PG credits plus a research project or dissertation (following completion of the 'Research Methods and Statistics' module) will be required to obtain the MSc.
A certificate is also provided for each module upon successful completion.
City University London is a registered CET provider and has been delivering high quality CET accredited lectures and distance learning material.
All lectures and practical sessions on the 3 day module are eligible for CET credits.
One hour of learning equates to 1 CET credit. For each hour of practical workshop, 2 credits are awarded.
Career Outcome
Application Deadline:
Contact Admissions (Postgraduate)
Dr Michelle L Hennelly
MSc Programme Director
m.hennelly@city.ac.uk
Ms Rita Kaur
Senior Programmes Officer
City University London
School of Health Sciences
Health Building
Northampton Square
London
EC1V 0HB
020 7040 3934
Rita.kaur.1@city.ac.uk