Course overviewOptometry is concerned with the examination, diagnosis and treatment of eyes. With current changes in the NHS creating more career opportunities than ever, there has never been a better time to train to become a professional in an industry which will not only offer you a challenging and rewarding career, but also the chance to use your skills to help people.
Our professionally recognised degree has two main aims: to provide you with extensive theoretical and practical knowledge of optometry, including social and ethical aspects, and to enable you to devise original ideas and theories and to scientifically test them.
With just 34% of time spent in lectures, our course uses a variety of teaching methods, including practical demonstrations, laboratory time and clinical sessions. Making extensive use of our brand new purpose built Eye Clinic, you'll gain the clinical skills to support your learning in our dedicated optometry and dispensing teaching spaces, using some of the newest equipment available. You'll also have the opportunity to gain practical experience through visits to local hospital clinics.
Combining biology, physics, chemistry and maths into a health based professional career, you should already have the ability to understand and apply scientific principles and methods, possess a high degree of accuracy, have strong interpersonal and communication skills and an interest in keeping up to date with scientific and technological developments.
As well as being taught by our own staff who are all trained or registered as optometrists or dispensing opticians, you'll receive lectures from ophthalmologists, orthoptists, and optometrists working in laser eye clinics and those who own their own practices.
Our industry and professional links mean that you'll be kept up to date with the latest developments within the optical industry and have the chance to collaborate with industry partners on research and development projects. You will also benefit from our ongoing relationships with local charities, such as Cam Sight and Guide Dogs, giving you further opportunities to interact with different sectors of the local community.
By the time you graduate you'll be able to demonstrate a knowledge of practical competencies, particularly in the use and application of laboratory and clinical apparatus, demonstrate an understanding of the theoretical principles that underpin current practice and display skills in the recording and interpretation of patient data, including the ability to make decisions based on clinical rationale.
With 98% of our students telling us that they are satisfied with our teaching and our course overall and 100% of our graduates entering employment or further study within six months of graduating, Anglia Ruskin is the perfect place to begin your future career in Optometry.
Year one core modules
This module introduces concepts that have a strong medical bias, such as the maintenance of health and genesis of disease states. It introduces the student to a systematic approach to the study of functional anatomy and physiology, providing a knowledge base and appropriate terminology to study human anatomy and physiology at a macroscopic, microscopic and biochemical level. It examines the essentials of human physiology, including the concepts of homeostasis, dysfunction and disease. Assessment within this module includes laboratory and physiology based practical reports, which using standard techniques, e.g. heart dissection develop both practical group-based skills in class, together with autonomy and self evaluation on the basis of analytic problem solving, which is a built in feature of the write-ups. An anatomy portfolio and an in class (timed) multiple choice exercise include elements of assessment of ethical issues.
This module describes the detailed functional anatomy of the eye and neuro-optometry, to provide an understanding of the integration of ocular structure and function. It includes preliminary studies of the effects of disruption of the normal system by intrinsic and extrinsic factors and anatomical changes occurring in ocular pathology. These topics will be built on throughout the course in the study of ocular disease and abnormality. The module also introduces the basic principles of biochemistry, with specific references to structural and functional relationships of molecules and macromolecules to include carbohydrates, lipids, amino acids, proteins, nucleic acid, the control of gene expression and metabolism. Assessments will take the form of two multiple choice assessments in week 10 of each semester and one final exam at the end of second semester.
This module focuses on the principles of optical systems, lenses and the eye and forms the basis of many aspects of clinical optometry and vision science. After a study of the wave theory of light, optical techniques such as ray-tracing methods are introduced. General optical principles, such as refraction, are extended to the elementary areas of ophthalmic optics such the nature of ametropia and its correction. This is followed by the study of more advanced subjects including the theory of chromatic and monochromatic aberrations and their impact on retinal image quality. The module is delivered over two semesters and combines lectures and laboratory sessions in which students are able to investigate various optical phenomena and observe the effects of ametropia on visual performance. Assessment comprises a mid-year class-based multiple-choice test, an end-of-module examination and an assessment of students' laboratory work.
This module provides the student with an understanding of the principles of spectacle lenses and frames, so as to be able to dispense appropriate spectacles to their patients. The principles of refraction are introduced with respect to single vision lenses, and developed to include lens thickness, astigmatism, prisms and measurement of lens power, followed by more detailed analysis of lens aberrations and lens design, treated and tinted lenses, and multifocal lenses (bifocal and progressive power lenses). Frame materials and measurements, as well as legal aspects and standards for dispensing spectacles are also covered. The module is delivered over two semesters by a combination of lectures, practicals and tutorials. Assessment comprises a mid-year classroom based test, a practical assessment, and an end of year examination.
This is the first of a series of clinical modules, in which, students will learn the applications of basic clinical optometric techniques in the assessment of the patient's visual status. The module is also the key to understanding the development of effective communication between practitioner and patient as well as helping to develop skills to encourage effective team building. As well as attending lectures, students will attend workshops and clinical sessions where they will put into practice what they learned during the lectures. Supervision by optometrists will ensure expert advice on how best to master certain clinical techniques and communication skills. This module will be assessed using a coursework component and an assessment of clinical skills where students will be asked to perform the skills they have learned during the module.
Year two core modules
This module covers the theory and practice of optometric instrumentation and investigative techniques whilst continuing to develop refraction skills. Students will learn the techniques and demonstrate effective ability in the use of optometric instrumentation, as well as how to conduct an eye examination and how to interpret clinical findings. More advanced optometric investigative techniques are introduced later in the module. Students will learn how to communicate their findings to patients and other eye care or medical professionals. Students will be assessed using end of year written examinations and clinical assessments comprising a practical assessment of clinical competence, a viva assessing their clinical knowledge and through patient examinations in second semester.
This module provides students with i) a basic scientific foundation to the study of human vision and perception and ii) a basic clinical foundation to the study of paediatric optometry and binocular vision. The progression is from studying the scientific foundations of monocular and binocular vision to the study of the basic clinical principles of paediatric optometry and binocular vision, including normal and abnormal binocular vision conditions, their diagnosis and correction, and the optometric examination of children. The module covers aspects of visual psychophysics, neurophysiology and neuro-imaging as tools used in the study of Vision Science. Topics covered will include spatial vision, temporal vision, binocular vision and stereopsis, colour vision, eye movements, motion perception, perceptual constancies and illusions. Then, the student will study the basic principles of paediatric optometry and binocular vision, based on a thorough understanding of the principles of functional anatomy and optics of the visual system. It develops the theme of abnormalities of binocular vision, their diagnosis and correction. It covers the optometric examination of children. The laboratory and/or seminar sessions will provide time for students to participate actively in learning particular skills, or in carrying out particular tasks, which will support their learning of theoretical or clinical concepts.
This module introduces the student to the various types of contact lenses and to the procedures used to assess their suitability. The use of solutions used in conjunction with contact lenses. The module teaches students how to conduct an eye examination, how to interpret clinical finding and how to dispense appropriate optical aids by carrying out eye examinations on volunteer patients. The learning experience is based on formal lectures, practical classes and patient examinations. Students will be assessed using end of year written examination and clinical assessments comprising of practical assessment through patient examinations throughout the semester.
This module builds on the knowledge gained in year one in functional anatomy and physiology and ocular anatomy to give students an understanding of pathological processes relevant to optometrists. The module introduces the student to the principles of pharmacology, based on an understanding of the functional anatomy and physiology of the body, in general, and the eye, in particular. Students are also introduced to important ocular manifestations of systemic disease. The principles of therapeutic drug use in the treatment of ocular emergencies and disorders of the eye provide a key focus to the programme. The learning experience is based on formal lectures, student-led presentations, tutorials and practical sessions Students will be assessed with course work assessments throughout the module and an end of module examination.
This module builds on the knowledge gained in year one in functional anatomy and physiology and ocular anatomy. It adds to the knowledge gained commensurately in year two of pathological processes relevant to optometrists and of the principles of pharmacology, to introduce the concept of diseases and abnormalities of the eye. An introduction to clinical presentation and the optometric and medical management of such diseases and abnormalities will be given. Students will be assessed with course work assessment during the module and an end of module examination.
Year three core modules
The individual Final Project module allows students to engage in a substantial piece of individual research and / or experimental work, focussed on a topic relevant to their specific discipline.
The aim of this module is to build on the foundations of optometric practice covered in Years 1 & 2 of the course in order to develop the knowledge and application of knowledge in the detection and management of ocular disease. This module will extend the knowledge of ocular disease acquired in Clinical Optometry 3. Students will learn how to interpret the presenting symptoms and signs of patients attending with ocular disease and how to manage such patients. Management of patients with ocular disease will be considered further with the study of low vision. The module will cover causes of visual impairment, procedures for testing and assessment of patients, evaluation of remaining visual function and consideration of the full range of optical and non-optical visual aids and services available. Students will learn the basic principles of epidemiology and the application of acquired knowledge to the process of decision-making. The module will also address the sources of and strategies for dealing with errors and uncertainties in clinical decision-making. Students will be assessed using end of semester examination and during semester coursework assessments.
This module develops the concept of contact lens design and application in a more complex context than in level 5 of the course and examines their use in a variety of optical situations, as well as the consequences of long term wear. Third year Optometry students will spend up to 6 hours per week in the Optometry Clinic performing eye examinations and contact lens appointments on patients. The students will dispense the patients with appropriate spectacles where required. The module will be assessed by a combination of formal examination, continuous assessment of eye examinations and contact lens appointments, a one to one eye examination and by 2 viva voce eye examinations.
This module considers the place of the optometric profession in society. This is achieved by examining the laws and ethical codes pertaining to optometry, and considering their effects on optometric services and patients. Students will study the relationship between Acts of Parliament, Statutory Instruments and professional guidelines, and examine the influence of Parliament, the General Optical Council and the College of Optometrists on optometric practice. The module includes a study of basic ethical theory which will enable students to resolve ethical dilemmas and evaluate existing professional guidance. Students will also examine the importance of vision in society by considering the impact of vision on common social and workplace activities such as driving and computer usage. This will include the effects on vision of lighting and radiation along with other environmental factors and hazards.
AssessmentAssessment is via a mix of examination, practical examination (OSCEs), assessment of clinical competence, essays, problem-solving exercises, presentations and data analysis.
Special featuresOur brand new Eye Clinic includes:
- 15 fully equipped testing rooms with slitlamps, keratometers, refraction units phoropter heads and a range of test charts including computerised, projector and light boxes.
- A room dedicated to low vision including many aids for the assessment and support of visually impaired patients.
- A room dedicated to Visual stress and colorimetry.
- 2 special equipment rooms including:
- Digital 3D OCT (Optical Coherence Tomographer) which can take very detailed images of the back of the eye along with scanning the retina and producing an 3D image
- Digital slitlamp used to take detailed images of the front of the eye used mainly for the fitting and assessing of contact lenses.
“I'm currently in the third year of my course and it's certainly been challenging! But I've also found the course content really interesting, and have discovered some real passion within the modules I've taken.
During the first year of the course, through modules such as Human Anatomy and Physiology and Clinical Optometry 1 you learn the basic theories and skills of Optometry and Ophthalmic Dispensing practice. You then move into the second year where you refine your skills and knowledge. In the third year you get to work in the on-campus eye clinic putting what you've learnt into practice on members of the public under expert supervision. The course has helped me to discover a passion for the medicine side of Optometry, which I hope to continue upon completion of my degree. I've really enjoyed modules such as Introduction to Ocular Disease and Pharmacology and Pathology.
One of the best things about studying here at Anglia is the size of the department and staff to student ratio. The department has a really personal feel, with students and lecturers knowing each other on first name terms - which certainly makes it easier to knock on a lecturers' door and ask them a question when you need to. The equipment and teaching facilities in the University Clinic are also top class, and lectures, seminars and practical sessions are always well organised.
My family live in London, where I also work in an opticians practice at weekends - it really helps being able to put knowledge and skills I've learnt in the week into practice at the weekends. During the week I live in a student residence located just across the road from the Anglia Campus. I live with an Ophthalmic Dispensing student and two other third year Optometry students, which is always useful when revision time comes around!
I've also been lucky enough to be President of the Anglia Optics Society, which comes with a lot of responsibility but it's also been a lot of fun. I've been able to get involved with organising events such as icebreakers for new students, OPFEST - which is a mixer event for Optometry students from across the country, and our annual Optics Ball - the income from which we donate to local optics charities. I'm also involved with the Sikh society and play Indian Drums - I was recently even invited to play at a big local event!”
“Optometry is challenging as well as interesting. You will have the opportunity to explore the various aspects of the science of light with respect to vision and in addition, develop mathematical skills which will help you in practice. Furthermore, if you like the thought of helping people, this course offers the human touch which means you will have to deal with patients while delivering the best standards as a healthcare professional.”
Links with industry and professional recognitionOur accredited course meets all the requirements set by the GOC. Industry and professional links mean that our students are kept up to date with the latest developments within the optical industry. It also gives out students a chance to collaborate with industry partners on research and development projects.
To be eligible to register with the General Optical Council, you will need to complete the pre-registration period (approximately one year) as a pre-registration optometrist under the supervision of a registered optometrist, then successfully complete the professional qualifying examinations.
Associated careersAs an optometrist, you can work as an employed optometrist or a self-employed optometrist. You could have your own practice, work in an hospital, work in the armed forces, become an academic or a researcher and work in international optical companies.
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We welcome applications from International and EU students. Please select one of the links below for English language and country-specific entry requirement information.
Cambridge Ruskin International College, an associate college of Anglia Ruskin, which is located on our Cambridge campus.
How to apply
Fees & funding
Open DaySaturday 22 February
Undergraduate Open Day
Advice & supportEmployability
FacultyScience & Technology
DepartmentVision and Hearing Sciences
Contact usUK and EU applicants:
- Call 01245 493131
- Complete enquiry form
- Call +44 (0)1223 698609
- Complete enquiry form