Our new joint programme in Mathematics and Physics will appeal to students who wish to continue studying both subjects to degree level by combining the rigour of formal mathematics with its application to a wide range of situations in physics. The aim of the programme is to educate such students to both sufficient breadth and depth that they would be able to continue on to PhD study in either theoretical physics or applied mathematics, or gain employment in a numerate or technical field, such as would be available to existing straight Physics or Mathematics graduates. As this is a joint degree, it also provides a route to gaining either an MPhys or MMath degree.

The programme contains a selection of core material across both mathematics and physics, including Calculus, Quantum Physics, Linear Algebra and Particle Physics, along with a wide-ranging choice of optional modules across both disciplines. Options include areas such as Fluid Dynamics, Space Science, Galois Theory and General Relativity. Masters and Bachelors degrees both involve extended projects, which can be taken in more mathematical or physical subjects, according to your interests.

This programme involves four years of academic study (or five years with a Professional Training year). Your first and second years are common with the BSc Mathematics programme. The final two years allow a broad range of advanced mathematical topics to be studied in depth. This provides excellent training for a professional mathematical career or a postgraduate research degree.

In the final two years, specialist MMath modules are combined with BSc modules in a variety of mathematical areas such as algebra, analysis, dynamics, topology and statistics. A major project on a topic of your choosing is undertaken during the final year, giving you an opportunity to display your skills in your favourite area.

This programme involves four years of academic study (or five years with a Professional Training year). Your first and second years are common with the BSc Mathematics programme. The final two years allow a broad range of advanced mathematical topics to be studied in depth. This provides excellent training for a professional mathematical career or a postgraduate research degree.

In the final two years, specialist MMath modules are combined with BSc modules in a variety of mathematical areas such as algebra, analysis, dynamics, topology and statistics. A major project on a topic of your choosing is undertaken during the final year, giving you an opportunity to display your skills in your favourite area.

This programme is a variation on the MMath degree that includes an integrated period of six to eight months of Professional Training. Your first and second years are common with the BSc Mathematics programme. In your third year, the first semester consists of four taught modules. From January to August you will then go on a professional placement at a higher level than those for BSc programmes, requiring greater technical skill. Your fourth year consists of further academic work, combining specialist MMath modules with BSc modules.

This programme has the advantage of combining the in-depth study of mathematics with the experience of working in a professional environment, all within a four-year period.

Our new joint programme in Mathematics and Physics will appeal to students who wish to continue studying both subjects to degree level by combining the rigour of formal mathematics with its application to a wide range of situations in physics. The aim of the programme is to educate such students to both sufficient breadth and depth that they would be able to continue on to PhD study in either theoretical physics or applied mathematics, or gain employment in a numerate or technical field, such as would be available to existing straight Physics or Mathematics graduates. As this is a joint degree, it also provides a route to gaining either an MPhys or MMath degree.

The programme contains a selection of core material across both mathematics and physics, including Calculus, Quantum Physics, Linear Algebra and Particle Physics, along with a wide-ranging choice of optional modules across both disciplines. Options include areas such as Fluid Dynamics, Space Science, Galois Theory and General Relativity. Masters and Bachelors degrees both involve extended projects, which can be taken in more mathematical or physical subjects, according to your interests.

The BSc Mathematics programme incorporates themes from pure and applied mathematics, statistics and computing. Your first year provides a thorough grounding in fundamental mathematical, statistical and computational methods and concepts.

Your second year comprises modules on topics such as Analysis, Algebra, Random Processes, Differential Equations, Fluid Mechanics, and Numerical and Computational Methods. In your final year you can pursue your own interests and choose a broad mix of topics, with optional modules including Chaotic Dynamics, Mathematical Economics, Mathematics of Weather, Advanced Stochastic Modelling and Neural Networks.

The BSc Mathematics programme incorporates themes from pure and applied mathematics, statistics and computing. Your first year provides a thorough grounding in fundamental mathematical, statistical and computational methods and concepts.

Your second year comprises modules on topics such as Analysis, Algebra, Random Processes, Differential Equations, Fluid Mechanics, and Numerical and Computational Methods. In your final year you can pursue your own interests and choose a broad mix of topics, with optional modules including Chaotic Dynamics, Mathematical Economics, Mathematics of Weather, Advanced Stochastic Modelling and Neural Networks.

The Mathematics with Statistics programme consists of approximately one third statistics, the rest being mathematics. It shares a first year with the Mathematics programme, giving you a firm grounding in pure and applied mathematics, statistics and computing. This also gives you the flexibility to change programmes at any time in the first year.

From the second year onwards the programme consists of core material in mathematics and statistics, and options that you can choose according to your interests.

The Mathematics with Statistics programme consists of approximately one third statistics, the rest being mathematics. It shares a first year with the Mathematics programme, giving you a firm grounding in pure and applied mathematics, statistics and computing. This also gives you the flexibility to change programmes at any time in the first year.

From the second year onwards the programme consists of core material in mathematics and statistics, and options that you can choose according to your interests.

This programme combines broad training in mathematics with a specialisation in computing science. Half of your second year comprises computing modules such as Object-oriented Software Engineering, Computer Graphics and Introduction to Artificial Intelligence. You will also study core mathematics topics. Computing makes up at least half of your final year, with mathematical topics comprising the rest. Modules include Computer Security, Neural Networks and Web Technologies.

This programme combines broad training in mathematics with a specialisation in computing science. Half of your second year comprises computing modules such as Object-oriented Software Engineering, Computer Graphics and Introduction to Artificial Intelligence. You will also study core mathematics topics. Computing makes up at least half of your final year, with mathematical topics comprising the rest. Modules include Computer Security, Neural Networks and Web Technologies.

Our new joint programme in Mathematics and Physics will appeal to students who wish to continue studying both subjects to degree level by combining the rigour of formal mathematics with its application to a wide range of situations in physics. The aim of the programme is to educate such students to both sufficient breadth and depth that they would be able to continue on to PhD study in either theoretical physics or applied mathematics, or gain employment in a numerate or technical field, such as would be available to existing straight Physics or Mathematics graduates. As this is a joint degree, it also provides a route to gaining either an MPhys or MMath degree.

The programme contains a selection of core material across both mathematics and physics, including Calculus, Quantum Physics, Linear Algebra and Particle Physics, along with a wide-ranging choice of optional modules across both disciplines. Options include areas such as Fluid Dynamics, Space Science, Galois Theory and General Relativity. Masters and Bachelors degrees both involve extended projects, which can be taken in more mathematical or physical subjects, according to your interests.

Providing the opportunity to study both mathematics and music, this programme shares many core modules with other Mathematics programmes and consists of one quarter music with three quarters mathematics.

On the music side you can elect to follow either the performance or the composition stream. In composition you will study a wide range of styles of contemporary repertoire. The emphasis is on exploration and experimentation, and you will be encouraged to pursue your own musical interests. By your second year, you will be expected to demonstrate an enhanced individual style and interact confidently with performers of your music. Assessment includes the rehearsing, performing and recording of compositions, as well as the preparation of scores.

In the performance stream you will receive frequent and regular individual instrument or vocal tuition, and will have the opportunity to take full advantage of all the performing opportunities within the Department of Music.

Providing the opportunity to study both mathematics and music, this programme shares many core modules with other Mathematics programmes and consists of one quarter music with three quarters mathematics.

On the music side you can elect to follow either the performance or the composition stream. In composition you will study a wide range of styles of contemporary repertoire. The emphasis is on exploration and experimentation, and you will be encouraged to pursue your own musical interests. By your second year, you will be expected to demonstrate an enhanced individual style and interact confidently with performers of your music. Assessment includes the rehearsing, performing and recording of compositions, as well as the preparation of scores.

In the performance stream you will receive frequent and regular individual instrument or vocal tuition, and will have the opportunity to take full advantage of all the performing opportunities within the Department of Music.

The Financial Mathematics programme provides good preparation for a career in finance by combining the study of core mathematics and statistics with topics in economics and finance. These include analysis of shares, equities, cash flows and interest rates, along with an introduction to the principles of microeconomics and macroeconomics. You will receive a solid grounding in mathematics, statistics and economics.

In your final year, half the programme consists of core modules in statistics and financial economics, alongside your choice of options ranging from Games, Markets and Information to Chaotic Dynamics.

The Financial Mathematics programme provides good preparation for a career in finance by combining the study of core mathematics and statistics with topics in economics and finance. These include analysis of shares, equities, cash flows and interest rates, along with an introduction to the principles of microeconomics and macroeconomics. You will receive a solid grounding in mathematics, statistics and economics.

In your final year, half the programme consists of core modules in statistics and financial economics, alongside your choice of options ranging from Games, Markets and Information to Chaotic Dynamics.