University course Β· real outcomes from HESA / Discover Uni Β· part of Careermash
University degree

Biomedical Engineering

Anglia Ruskin University
Qualification
Degree
Length
-
UK fees / yr
Β£9,535
Study
part-time
Robin Β· your guide
Here's the honest picture on this course - what you'd study, whether you'd likely get in, what it pays, and where it leads. Everything's real data.
About this course

Biomedical engineering applies engineering principles and analytical methods to problems in biology and medicine, designing the devices, systems, and processes that underpin modern healthcare delivery. The discipline spans prosthetics and orthotics, diagnostic imaging, physiological monitoring, drug delivery, and the modelling of biological systems, and it requires graduates who are fluent in both engineering science and the clinical and biological contexts in which their work operates. As medical technology becomes ever more central to patient care, the demand for engineers who can work at this intersection has grown steadily.

At Anglia Ruskin University, this part-time programme allows you to develop expertise in biomedical engineering at a pace that suits your existing commitments, whether you are already working in a healthcare or engineering environment or managing other responsibilities alongside your studies. You will engage with the core principles of the discipline, including biomechanics, bioelectronics, materials for clinical applications, and the regulatory and ethical dimensions of developing products for use in patient care. Anglia Ruskin has received recognition for the quality of its education, and its biomedical engineering provision is built on a commitment to practical, applied learning that connects academic knowledge to professional practice.

Biomedical engineering graduates work in the medical devices industry, NHS clinical engineering and medical physics departments, pharmaceutical companies, and healthcare technology organisations. Roles include medical device engineer, clinical engineer, research and development engineer, biomechanics analyst, and regulatory affairs specialist. The interdisciplinary nature of the degree also opens opportunities in materials science, electronics, and healthcare management.

Many graduates go on to postgraduate study in biomedical engineering, clinical science, or a specialist area of the life sciences, and the part-time route is particularly well suited to those who want to develop their professional qualifications while continuing to work.

Could you get in?
The grades students arrived with
No past-entry data for this course.
How they qualified
80% got in with A-levels. The rest came in a mix of ways:
A-levels80%
another degree10%
other higher education10%
Could I get in? Try your grades
120 UCAS pts
Pay & prospects
100%
In work or further study after
What graduates earn over time
Β£44,000
3 years on
Β£50,500
5 years on
What graduates actually go on to do % of leavers
Engineering professionalsHighly skilled60%
Science, engineering and technology associate professionalsHighly skilled30%
Managers, directors and senior officialsHighly skilled5%
In students' own words
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Genuinely worthwhile
This is the perfect place to study this subject. The best part: the cohort are bright and motivated, which makes the learning environment great. If I'm honest, some seminar groups were too big for meaningful discussion. On the city β€” good t…
Third year Β· Full-time
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Good but not perfect
Overall a solid programme but worth going in with open eyes. The best part: the opportunity to do independent research in the final year is a highlight. If I'm honest, the timetable has some awkward 9am / Friday afternoon slots. On the city…
Postgraduate Β· Full-time
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Where this degree can lead
Like the look of it?
When you're ready, the full entry requirements and application are on Anglia Ruskin University's own site.
Apply on uni site
Careermash Β· real course data from HESA / Discover Uni, in plain English.

Career data: role, pay and progression profiles built for Careermash's careers engine; AI-impact estimates from Anthropic's observed AI-usage telemetry and OpenAI's AI Jobs Transition Framework. Course data: HESA / Discover Uni, including Graduate Outcomes, LEO and the National Student Survey. Apprenticeships: IfATE-published standards, approved only.

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