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Image from Mathematics and Physics
Image from Mathematics and Physics
Image from Mathematics and Physics
Image from Mathematics and Physics
Image from Mathematics and Physics

Bachelor of Science (with Honours) - BSc (Hons)

Mathematics and Physics

Entry requirements

Here's what you will need to get a place on the Mathematics and Physics course at University of Manchester.

Select a qualification to see required grades

A level

A*,A,A

A*AA including A* in Mathematics or Further Mathematics A-level. Further Mathematics is preferred but not essential. When the Further Maths A-level is taken it will be included in the offer. If you do not have the required grades or subjects you may want to consider our integrated foundation year. Practical skills are a crucial part of science education and therefore there will be a requirement to pass the practical element of any science A-level taken. Where applicants are applying for science and related degrees, this is likely to be made explicit in the offers you will receive. Typical Contextual Offer: A*AB including A* in Mathematics A-level or AAA including AA in Mathematics and Further Mathematics A-level. Further Mathematics is preferred but not essential. When the Further Maths A-level is taken it will be included in the offer. A grade A in A-level Further Mathematics would be required. Please check for specific GCSE/IGCSE subject entry requirements below Contextual offers are available for applicants who: - live in the UK and will be under the age of 21 on 1 September of the year they will start their course; and - live in an area of disadvantage or with low progression into higher education; and - have attended a UK school or college for their GCSEs or A-levels (or equivalent qualifications) that has performed below the national average over multiple years. See our contextual admissions page for full details and to check your eligibility.

You may also need to

Attend an audition

Attend an interview

Most popular A-levels studied

The Mathematics and Physics course at University of Manchester 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.

Physics
Mathematics
SubjectGrade
PhysicsA*
MathematicsA*
Further MathematicsA*
ChemistryA
Computer ScienceA
SubjectGrade
MathematicsA*
Further MathematicsA
PhysicsA
ChemistryA
Computer ScienceA
Source: HESA

Course summary

What this course is about

UCAS code: FG31

Here's what University of Manchester says about its Mathematics and Physics course.

Our BSc Mathematics and Physics degree provides an opportunity to study two key subjects in depth - at a university with a fantastic reputation for both.

You will study a broad range of topics across both disciplines. In applied mathematics, for example, you can cover hydrodynamics, waves, elasticity and modelling of industrial processes. For theoretical physics you can study, among others, high energy particle physics, nuclear physics and quark matter, and field theory in curved space-time.

Our physics department is recognised as one of the very best in the UK, and we have one of the largest mathematics departments in the country - so you can explore a huge range of areas.

You will have access to an incredible array of facilities - including our £43 million built-for-purpose Alan Turing Building, designed with input from mathematics staff and students alike - and will be taught by teachers with a wide variety of research interests. Our strong links with industry include an annual maths-specific careers fair and an employer interview programme.

Source: University of Manchester

Course details

Qualification

Bachelor of Science (with Honours) - BSc (Hons)

Department

Department of Physics and Astronomy

Location

Main Site | Manchester

Duration

3 Years

Study mode

Full-time

Subjects

• Mathematics

• Physics

Start date

21 September 2026

Application deadline

14 January 2026

University of Manchester student reviews

(4)
Based on 217 reviews from University of Manchester's students and alumni
5 star
40%
4 star
31%
3 star
21%
2 star
7%
1 star
2%
All reviews

Showing 200 reviews

1st year student

2 years ago

Five stars: Excellent

(5)
Student Union

1st year student

2 years ago

Five stars: Excellent

(5)
University life

1st year student

2 years ago

Three stars: Good

(3)
Finance

1st year student

2 years ago

Five stars: Excellent

(5)
Support

1st year student

2 years ago

Four stars: Great

(4)
Facilities

1st year student

2 years ago

Three stars: Good

(3)
Course

National Student Survey (NSS) scores at University of Manchester

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

The Mathematics and Physics course at University of Manchester 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

Physics
Mathematics

Select an option to see a detailed breakdown

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

85%

low

How good are teaching staff at explaining things?

92%

med

How often do teaching staff make the subject engaging?

72%

low

How often is the course intellectually stimulating?

95%

med

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?

86%

med

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

83%

med

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

87%

med

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

74%

low

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

70%

low

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

78%

low

How often does feedback help you to improve your work?

54%

low

How often have you received assessment feedback on time?

67%

med

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

65%

low

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

93%

med

How well have teaching staff supported your learning?

82%

low

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

81%

med

How well organised is your course?

71%

low

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

88%

low

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

88%

low

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

92%

med

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

59%

med

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

90%

med

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

72%

low

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?

89%

med

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

80%

med

Select an option to see a detailed breakdown

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

81%

low

How good are teaching staff at explaining things?

91%

med

How often do teaching staff make the subject engaging?

71%

med

How often is the course intellectually stimulating?

88%

low

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

83%

med

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

90%

med

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

79%

med

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

82%

med

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

79%

med

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%

med

How often does feedback help you to improve your work?

66%

med

How often have you received assessment feedback on time?

75%

low

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?

94%

med

How well have teaching staff supported your learning?

88%

med

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

88%

med

How well organised is your course?

82%

med

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

87%

low

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

88%

med

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

91%

med

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

69%

med

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

89%

med

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

80%

med

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

76%

med

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

89%

med

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

87%

med

Student information

The Mathematics and Physics course at University of Manchester 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.

Physics
Mathematics
Mode of study
Full-time100%
Gender ratio
Female24%Male76%
Where students come from
International25%UK75%
Student performance
2:1 or above82%
Number of students1,240
Mode of study
Full-time100%
Gender ratio
Female38%Male62%
Where students come from
International49%UK51%
Student performance
2:1 or above75%
Number of students1,610
Source: HESA

Graduate prospects

What graduates do next

The Mathematics and Physics course includes content from more than one subject area. Choose an option below for information about University of Manchester graduates across each of those subject areas.

Physics
Mathematics

Graduate statistics

79%

In a job where degree was essential or beneficial

86%

In work, study or other activity

71%

Say it fits with future plans

65%

Are utilising studies

Top job areas

33%

Information Technology Professionals

12%

Natural and social science professionals

10%

Engineering professionals

6%

Elementary occupations

Graduate statistics

79%

In a job where degree was essential or beneficial

86%

In work, study or other activity

72%

Say it fits with future plans

44%

Are utilising studies

Top job areas

23%

Finance Professionals

22%

Information Technology Professionals

11%

Business, Research and Administrative Professionals

8%

Administrative occupations

Graduate statistics percentages are determined 15 months after a student graduates

Earnings after graduation

The Mathematics and Physics course includes content from more than one subject area. Choose an option below for University of Manchester graduate earnings across each of those subject areas.

Physics and astronomy
Mathematical sciences

Earnings

£30.3k

First year after graduation

£38.3k

Third year after graduation

£42.3k

Fifth year after graduation

Earnings

£29.6k

First year after graduation

£36.1k

Third year after graduation

£43.1k

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 Mathematics and Physics.

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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