Combines medical science and technology with patient care
50% of your studies are spent in clinical practice, supervised by expert clinical tutors
We have excellent facilities including X-ray rooms and Computed Tomography (CT) imaging suite
Accredited by the Society and College of Radiographers, this course will equip you with the skills to be a highly professional radiographer. Radiography combines science, technology and patient care to provide a vital role in patient diagnosis and treatment. Radiographers use a range of different imaging techniques and sophisticated technology to produce high quality images to aid diagnosis for injury or disease as part of the multi-professional healthcare team. The career structure provides opportunities for radiographers to specialise into many areas including ultrasound, CT / MRI scanning, image reporting, teaching and management.
For more information about a career in radiography, take a look at the Society of Radiographers website.
The NHS Constitution is at the heart of our recruitment and selection process for students applying to become health care professionals.
Why not find out everything Diagnostic Radiography at Salford has to offer at one of our Open Days? You can also have a look at our blog to find out more about what radiography at Salford has to offer.
Throughout your journey on the programme, you are supported by a dynamic and award-winning team. Your development as a learner and a practitioner are facilitated by both our academic and clinical teams who aim to provide a positive and encouraging learning environment for you to thrive.
Our three year programme includes all of the fundamental elements of radiographic practice including anatomy and physiology, radiographic science and technique which are delivered via the dynamic tool of problem based learning. As an active research department, you will also be involved in research activity in all three years of the programme.
The University of Salford has a very strong international reputation in diagnostic radiography. In fact almost every metric of publication impact indicates that the University of Sydney and the University of Salford are the top two institutions for diagnostic radiography research in the world.
Associate Prof Mark McEntee recently visited the University of Salford from the University of Sydney and commented:
"The facilities for diagnostic radiography at the University of Salford are excellent, and I hope that more of my colleagues from the University of Sydney will be able to partake in future academic visits to further the academic collaboration between the institutions."
We offer a three year full-time programme which runs across six semesters. Please see an outline of all the current modules within the programme below:
To introduce the student to safe and effective professional practice at level four of the BSc (Hons) in Diagnostic Radiography programme.
Please note that it may not be possible to deliver the full list of options every year as this will depend on factors such as how many students choose a particular option. Exact modules may also vary in order to keep content current. When accepting your offer of a place to study on this programme, you should be aware that not all optional modules will be running each year. Your tutor will be able to advise you as to the available options on or before the start of the programme. Whilst the University tries to ensure that you are able to undertake your preferred options, it cannot guarantee this.
|Access to HE||60 credits in total, 45 credits at level 3 distinction grade. The other 15 credits will be level 2 and will not be graded|
|GCSE||Five GCSE subjects at grade B or above including English Language and Mathematics and Science. If you are in England and are taking GCSEs that are awarded from 2017 onwards, grade 5 will be required.|
|UCAS tariff points||120 points from three A2s including at least one science (Chemistry, Biology, Physics, Psychology) preferred but not mandatory|
|GCE A level||BBB. At least one science preferred from Physics, Biology, Human Biology, Chemistry, Psychology.|
|BTEC National Diploma||DDM Applied Science (biology and physics)|
|Scottish Highers||120 points|
|Irish Leaving Certificate||120 points|
|Access to HE||Access with Physics and Biology content. 60 credits in total, 45 credits at level 3 at Distinction grade and 15 credits at level 2.|
We welcome applications from students who may not meet the stated entry criteria but who can demonstrate their ability to pursue the course successfully. Once we have received your application we will assess it and recommend it for SAES if you are an eligible candidate.
There are two different routes through the Salford Alternative Entry Scheme and applicants will be directed to the one appropriate for their course. Assessment will either be through a review of prior learning or through a formal test.
International applicants will be required to show a proficiency in English. An IELTS score of 6.5 (no element below 6.0) is proof of this.
We are looking for students with an interest in science and technology. You will have good communication skills and a caring nature. The course is taught using problem-based learning and includes group work. Good interpersonal skills and being able to contribute to group discussions is essential. Entry to the course is highly competitive with approximately one place per ten applicants. Within your personal statement you should be able to demonstrate an understanding of the role of the radiographer.
As part of the admissions procedure you are required to spend one day at an X-ray department. This should then be submitted to the admissions tutor. Please see forms below which relate to course pre-requisites. You are required to complete these in order to be accepted onto the course.
We have a history of accepting people with a wide range of qualifications and the list above is not exhaustive. If your qualification is not on the list or more information/clarification is required regarding it, please contact either the Central Admissions Team or come along to one of our Open Days and speak to an admissions tutors. If your qualifications are more than five years old then you would not normally be considered. However you may qualify for Accreditation of Prior Learning which would enable you to apply for the degree course. Please contact the admissions tutor to discuss your options.
The decision process for invitation to interview is based on academic achievement (or predicted achievement) and personal statement. There will be a task based group interview which will last 30 minutes and involve discussion around two scenarios. There will normally be eight - ten applicants per group and four interviewers. The interviewers will include members of the academic team, clinical tutors and current third year students. The interview consists of a group problem based learning (PBL) scenario and applicants are assessed on their knowledge and interpersonal skills.
As well as the interview, there will be a short tour of the clinical teaching facilities. There will also be an optional session for applicants to attend which includes meeting the clinical placement manager and members of the interview panel, as well as the opportunity to ask questions about the programme.
Have a look at our top ten tips for preparing for your interview. If you are offered an interview following your application, you will be sent further information about what to expect and what you need to bring with you on the day.
You will be allocated to one of our placement hospitals and this is where you will gain the majority of your clinical experience throughout the course. There will be opportunities for shorter placements at other hospitals for additional experience in special interest areas.
Over the three years 50% of your time will be spent at your placement. You will stay at the same placement for the full three years. We work closely with all our placement site trusts to ensure that the course fully prepares you.
The course is delivered using problem-based learning (PBL). You will be given ‘triggers’ to each problem, such as patient scenarios, which mirror everyday practice for radiographers. Solving the problem brings together all the relevant topic areas within a clinical context. This allows you to develop self-directed learning skills that can be used throughout your professional career.
Clinical skills are continuously assessed with summative assessments at key stages of the course. Academic skills are assessed at the end of each semester, using a range of assessment techniques including:
Feedback is given at timely intervals.
When you complete the degree you will be eligible to register with the Health and Care Professions Council (HCPC) as a qualified diagnostic radiographer, which allows you to work in the NHS, the private sector and many countries abroad.
There are also opportunities in education, industry and research.
You will be able to further your career and work in a number of different settings, for example, children's hospitals, casualty departments or hospitals dedicated to heart problems. You could become an advanced or consultant practitioner.
Graduates are also able to apply for membership with the Society and College of Radiographers.
If you decide to pursue further studies, we offer a range of postgraduate Masters degrees and short courses for continuing professional development.
"Salford is a great city in its own right, with a rich cultural and social scene. Having lived here for over ten years, the University of Salford was my first choice for studying. Salford saw me as a person and not just a collection of grades and certificates. The admissions team were open, honest and responded to all my queries.
The radiography facilities are excellent and frequently updated to replicate clinical practice. This allows you to practice techniques in a low pressure environment to increase your confidence before your hospital placements. Throughout the three years the health courses engage in multidisciplinary team learning, giving great insight into your and others roles as practitioners in the healthcare framework.
The biggest highlight for me has been seeing my first paper published in a peer reviewed journal. Through a programme organised by the radiography faculty I was offered the chance to work in a multi-cultural research group. As someone with dyslexia, I found the rewards of successfully writing a paper authored by students for five different European countries greatly rewarding. I have since gone on to publish further work and present some of it at National and European Congress.
My favourite projects have been the rite 1 and 2 projects specifically designed by our faculty to engage students in research. I have learned the skills necessary for research and the element of team work involved greatly changed my perspective to include the benefits of working with others to achieve a common goal.
I will greatly miss the friendships and support of both my fellow students and the wonderful faculty who have shaped my fledgling radiography career so much. Since graduating I have taken a post on the beautiful south coast in Bournemouth."
The directorate has a close working relationship with several companies including Wolverson, Toshiba Medical Systems and Cooke Medical. We also have strong partnerships with the NHS which means your learning is current and relevant to practice. The majority of your clinical placement will be within the NHS.
Our Masters programme in Advanced Medical Imaging aims to help healthcare professionals achieve specialist, advanced and consultant practitioner status in the field of medical imaging. It also offers pathways which will further the professional development of qualified sonographers and mammographers.
If you want to develop ultrasound competencies in MSK, abdominal, obstetrics and gynaecology scanning then we also offer a postgraduate programme in Ultrasound Imaging.
|Type of Study||Fee|
|Full-time||£9250 per year|
Students will be expected to pay approximately £30 for health clearance from their GP. Please note, the charge for health clearance is at the discretion of your GP and can range from £0 to £120. In addition, students may incur other expenses during placements. Students may chose to undertake an ERASMUS exchange to Finland or Norway at an additional cost of £1,000, however this is optional. Costs are approximated based on the current academic year.
You should also consider further costs which may include books, stationery, printing, binding and general subsistence on trips and visits.
Please note: For applications for entry in September 2017 or later, there have been changes to the funding of fees and a bursary will no longer be available. Please see more information on the changes here.
A range of scholarships and bursaries are available to Home/EU and International students.
Further information is available at:
We have superb on-campus imaging facilities including two digital radiography x-ray rooms, CT imaging suite and anatomage table for student learning and research. We are one of very few universities in the UK which has a 16-slice CT scanner.
You will use our x-ray equipment during your first academic block and throughout the course to help you prepare you for clinical practice and to develop your skills as a Diagnostic Radiographer.
As well as x-ray and CT we also have a dedicated ultrasound suite. Whilst ultrasound is taught at postgraduate level, as an undergraduate student you will get an introduction to the role ultrasound has as an imaging modality.
This is no ordinary imaging suite - come and see us on our Open Day!
Start Dates: September
Three years full-time
Extra application information: