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Image from Biomedical Engineering
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Image from Biomedical Engineering
Image from Biomedical Engineering
Image from Biomedical Engineering

Master of Engineering (with Honours) - MEng (Hon)

Biomedical Engineering

Entry requirements

Here's what you will need to get a place on the Biomedical Engineering course at University of Southampton.

Select a qualification to see required grades

A level

A*,A,A

Typical Offer: A*AA including mathematics (minimum grade A) and either biology, chemistry or physics (minimum grade A). Offers typically exclude General Studies and Critical Thinking. If you are taking an EPQ in addition to 3 A levels, you will receive the following offer in addition to the standard A level offer: AAA including mathematics and either biology, chemistry or physics, plus grade A in the EPQ We are committed to ensuring that all students with the potential to succeed, regardless of their background, are encouraged to apply to study with us. The additional information gained through contextual data allows us to recognise a student’s potential to succeed in the context of their background and experience. Students who are highlighted in this way will be made an offer which is lower than the typical offer for that programme.

Tuition fees

LocationFees
England£9,535 per year (provisional)
Scotland£9,535 per year (provisional)
Wales£9,535 per year (provisional)
Northern Ireland£9,535 per year (provisional)
Channel Islands£9,535 per year (provisional)
Republic of Ireland£9,535 per year (provisional)
EU£31,000 per year
International£31,000 per year

Course summary

What this course is about

UCAS code: BB97

Here's what University of Southampton says about its Biomedical Engineering course.

Biomedical Engineering combines biomedicine, electronics and digital health technologies to solve the healthcare challenges of the future. As a Biomedical Engineering student you’ll learn the underlying principles of medical technologies and gain the ability to design, develop and deliver new products.

On this innovative course, the first year will provide you with a thorough grounding in electronics and programming along with an introduction to life sciences. You will then deepen your skills and knowledge in biomedical engineering in one of four inspiring specialisms: Artificial Intelligence, Digital Health, Electronic Systems or Mechatronics for Health.

The second year will allow you to explore more modules in your chosen pathway, before you complete an individual project in the third year. In the third and final years you will also be able to choose modules from our Medical Engineering course, giving you the ability to build a unique set of Biomedical Engineering skills. In the final year of this integrated master's degree you will also participate in a group design project, applying your engineering knowledge to a design problem.

The University of Southampton has a long tradition of interdisciplinary research and teaching at the interface between engineering and healthcare. The calibre of our teaching and facilities also reflect our experience in this area, and you will have access to our extensive facilities including a high-resolution 3D imaging centre, and the Centre for Hybrid Biodevices.

You'll graduate equipped with the skills and knowledge to join the flourishing global health technology sector.

Source: University of Southampton

Course details

Qualification

Master of Engineering (with Honours) - MEng (Hon)

Department

Electronics and Computer Science

Location

Main Site - Highfield Campus | Southampton

Duration

4 Years

Study mode

Full-time

Subjects

• Biomedical engineering

• Electronic engineering

Start date

21 September 2026

Application deadline

14 January 2026

The modules you will study

Typical modules include:

Year one: Modules include; Biomedical Engineering Design; Programming; Sensor Interfaces; Mathematics.

Year two: Mandatory modules include; Control and Systems Engineering and Signal Processing, further optional modules include; Artificial Intelligence; Biomechatronics; Design; Digital Health Principles; Semiconductor Devices and Sensors.

Year three: Mandatory modules include; Machine Learning for Resource Constrained Systems; Advanced Databases; Biosensors and Diagnostics; Robotic Systems and an Individual Project. Further optional modules include Biomaterials; Control System Design; Machine Learning Technologies; Manufacturing and Materials.

Year four: Deep Learning Technologies; Interdisciplinary Thinking; Data Mining; Group Design Project. Further optional modules include Microsensors Technologies and Wireless Networks.

How you will be assessed

A range of assessment methods are used on this programme to enable students to demonstrate their achievement of the intended learning outcomes. These include written examinations and assessments, in-class tests, design exercises, programming exercises, oral presentations, assessed laboratories and group work exercises.

University of Southampton reviews

(3.9)
Based on 166 reviews from University of Southampton's students and alumni
5 star
27%
4 star
47%
3 star
20%
2 star
7%
1 star
0%
All reviews

Showing 163 reviews

2nd year student

The Student union is very active with campaigns, events and feedback. Thereu2019s lots of club however they introduced a sports pass so you have to pay to be a member and play sports. This has discouraged many and resulted in less student participation in societies.

(4)

1 year ago

2nd year student

I donu2019t stay in Southampton much as I donu2019t think there is a lot to do and feel it lacks community.

(2)

1 year ago

2nd year student

They offer a commuter fund which was very helpful for me as their parking permits are expensive, which should be lowered as parking is very hard to find.

(4)

1 year ago

2nd year student

There is lots of academic and well-being support that is frequently advertised and I attended the academic skills clinic, which was helpful. I donu2019t know about other services as I donu2019t use them.

(4)

1 year ago

2nd year student

Thereu2019s only two main study areas that are usually very busy, they could increase the study rooms available and make it niceee atmosphere, compared to other universities. I donu2019t know about other facilities, like accommodation.

(3)

1 year ago

2nd year student

My timetable is good because I donu2019t have many contact hours, I personally like this as a commuter. The lectures are always really helpful even though they vary in style, and they fully take on board feedback. The tutorials are less helpful because it depends on your tutor- some can really help ...

(4)

1 year ago

National Student Survey (NSS) scores

The NSS is an annual survey where final-year students are asked to rate different aspects of their course and university experience.

The Biomedical Engineering course at University of Southampton features content from more than one subject area. Using the options below, you can see ratings from students who took courses in each of these subject areas at this uni

Bioengineering, medical and biomedical engineering
Electrical and electronic engineering

Select an option to see a detailed breakdown

How often does your course challenge you to achieve your best work?

83%

low

How good are teaching staff at explaining things?

100%

high

How often do teaching staff make the subject engaging?

83%

med

How often is the course intellectually stimulating?

100%

high

To what extent have you had the chance to bring together information and ideas from different topics?

100%

high

How well does your course introduce subjects and skills in a way that builds on what you have already learned?

76%

low

How well has your course developed your knowledge and skills that you think you will need for your future?

93%

high

To what extent have you had the chance to explore ideas and concepts in depth?

100%

high

To what extent does your course have the right balance of directed and independent study?

100%

high

How well have assessments allowed you to demonstrate what you have learned?

76%

med

How fair has the marking and assessment been on your course?

76%

med

How often does feedback help you to improve your work?

45%

low

How often have you received assessment feedback on time?

86%

med

How clear were the marking criteria used to assess your work?

62%

low

How easy was it to contact teaching staff when you needed to?

100%

high

How well have teaching staff supported your learning?

100%

high

How well were any changes to teaching on your course communicated?

86%

med

How well organised is your course?

59%

med

How well have the IT resources and facilities supported your learning?

86%

med

How well have the library resources (e.g., books, online services and learning spaces) supported your learning?

100%

high

How easy is it to access subject specific resources (e.g., equipment, facilities, software) when you need them?

93%

high

How clear is it that students' feedback on the course is acted on?

86%

high

To what extent do you get the right opportunities to give feedback on your course?

100%

high

To what extent are students' opinions about the course valued by staff?

86%

high

How well does the students' union (association or guild) represent students' academic interests?

79%

med

During your studies, how free did you feel to express your ideas, opinions, and beliefs?

100%

high

How well communicated was information about your university/college's mental wellbeing support services?

93%

high

Select an option to see a detailed breakdown

How often does your course challenge you to achieve your best work?

87%

med

How good are teaching staff at explaining things?

92%

med

How often do teaching staff make the subject engaging?

82%

med

How often is the course intellectually stimulating?

94%

high

To what extent have you had the chance to bring together information and ideas from different topics?

84%

med

How well does your course introduce subjects and skills in a way that builds on what you have already learned?

91%

high

How well has your course developed your knowledge and skills that you think you will need for your future?

90%

high

To what extent have you had the chance to explore ideas and concepts in depth?

90%

high

To what extent does your course have the right balance of directed and independent study?

87%

high

How well have assessments allowed you to demonstrate what you have learned?

86%

med

How fair has the marking and assessment been on your course?

92%

high

How often does feedback help you to improve your work?

63%

med

How often have you received assessment feedback on time?

85%

high

How clear were the marking criteria used to assess your work?

75%

med

How easy was it to contact teaching staff when you needed to?

84%

med

How well have teaching staff supported your learning?

88%

med

How well were any changes to teaching on your course communicated?

85%

high

How well organised is your course?

85%

high

How well have the IT resources and facilities supported your learning?

93%

high

How well have the library resources (e.g., books, online services and learning spaces) supported your learning?

89%

med

How easy is it to access subject specific resources (e.g., equipment, facilities, software) when you need them?

97%

high

How clear is it that students' feedback on the course is acted on?

60%

med

To what extent do you get the right opportunities to give feedback on your course?

87%

med

To what extent are students' opinions about the course valued by staff?

75%

med

How well does the students' union (association or guild) represent students' academic interests?

73%

med

During your studies, how free did you feel to express your ideas, opinions, and beliefs?

94%

high

How well communicated was information about your university/college's mental wellbeing support services?

89%

med

Student information

The Biomedical Engineering course at University of Southampton features content from more than one subject area. Choose an option below to find out about the students taking courses in each of those subject areas at this uni.

Bioengineering, medical and biomedical engineering
Electrical and electronic engineering
Mode of study
Full-time100%
Gender ratio
Female46%Male54%
Where students come from
International24%UK76%
Number of students70
Most popular A-levels studied
SubjectGrade
MathematicsA
BiologyA
ChemistryA
PhysicsB
Further MathematicsB
Mode of study
Full-time100%
Gender ratio
Female14%Male86%
Where students come from
International38%UK62%
Student performance
2:1 or above78%
Number of students730
Most popular A-levels studied
SubjectGrade
MathematicsA*
PhysicsA
Further MathematicsB
ChemistryA
Computer ScienceA
Source: HESA

Graduate prospects

What graduates do next

The Biomedical Engineering course includes content from more than one subject area. Choose an option below for information about University of Southampton graduates across each of those subject areas.

Engineering
Electrical and electronic engineering

Graduate statistics

94%

In a job where degree was essential or beneficial

91%

In work, study or other activity

86%

Say it fits with future plans

74%

Are utilising studies

Top job areas

62%

Engineering professionals

15%

Information Technology Professionals

4%

Business and public service associate professionals

3%

Business, Research and Administrative Professionals

Graduate statistics

95%

In a job where degree was essential or beneficial

95%

In work, study or other activity

90%

Say it fits with future plans

85%

Are utilising studies

Top job areas

60%

Engineering professionals

25%

Information Technology Professionals

5%

Administrative occupations

5%

Business, Research and Administrative Professionals

Graduate statistics percentages are determined 15 months after a student graduates

Earnings after graduation

Earnings from University of Southampton graduates who took Biomedical Engineering - or another course in the same subject area.

Engineering

Earnings

£32.1k

First year after graduation

£37.4k

Third year after graduation

£44.5k

Fifth year after graduation

Shown here are the median earnings of graduates at one, three and five years after they completed a course related to Biomedical Engineering.

Source: LEO

Note: this data only looks at employees (and not those who are self-employed or also studying) and covers a broad sample of graduates and the various paths they've taken, which might not always be a direct result of their degree

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The University of Southampton is a top 20 UK university and a founding member of the Russell Group of research-intensive universities (Complete University Guide, 2025). With over 150 years of history, our academics will inspire, challenge and support you and together, we can help you make your mark on the world.

We offer a broad range of undergraduate and postgraduate courses in arts and humanities, engineering and physical sciences, environmental and life sciences, medicine and the social sciences.

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Source: University of Southampton

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