BSc Computer Science and Mathematics (Joint Honours)

Amy Wood Computer Science

Aston has incredible staff. There are not many people who will continuously give their all so that you can develop and grow; but I can assure you – there are a significant amount at Aston.” 

Amy Wood
Assurance Consultant, dstl

Entry requirements

ABB – BBB (or equivalent) including A-Level Maths Grade B

Our computing graduates find stimulating and rewarding positions in a range of roles such as programmer, systems analyst, or systems engineer. Our mathematics graduates are highly sought after and obtain employment in financial institutions, industry and teaching.

Computer Science at Aston is ranked 4th out of 107 institutions for Graduate Prospects (Complete University Guide 2018)
Integrated placement year
Gain specialist knowledge required to start a successful career in computer science and mathematics
Close industrial links for excellent placement opportunities

Key Facts: 3 year full-time or 4 year sandwich course.

UCAS code: IG11

Please note:
GCSE requirements: English Grade C. 

More on Admissions Policy

Applicants whose first language is not English will be required to provide evidence of an English language qualification. Find out more about our English language requirements 

Tuition fees:

£9,250 (£1,250 during placement year) for UK/EU students (2018/19)                             
£16,000 for Outside EU students (2018/19)
Placement Year: £2,500 for International Students

More on fees

Applicants receiving offers are invited to an open day.

Typical offer level:

ABB-BBB to include Maths Grade B.

General studies accepted.

32 overall points with 555 (including a science subject at Higher Level).
BTEC Diploma qualifications are acceptable at distinction grades provided students also present A level in Maths at minimum Grade B.
A subject related Access to Higher Education with 45 credits at Level 3 and at least 30 Distinctions and 15 Merits.

The information contained on this website details the typical entry requirements for this course for the most commonly offered qualifications. Applicants with alternative qualifications may wish to enquire with the relevant admissions teams prior to application whether or not their qualifications are deemed acceptable. For less commonly encountered qualifications this will be judged on a case-by-case basis in consultation with the academic admissions tutor.

Computing Science 

The Computing Science side of this Joint Honours programme aims to produce graduate software developers who will use their knowledge of Mathematics to support the development of computing applications in that domain. 

Computing Science is the exciting and rapidly evolving discipline that provides the foundation for our computers everywhere world. It includes how computer systems are organised, how computer applications are developed, and a whole range of tools and techniques like databases, networking, websites, multimedia, computer graphics, and artificial intelligence, i.e. using computers for human activities like vision and reasoning.

By studying Computing Science you will be well placed for numerous challenging and rewarding career opportunities. Surveys in the UK and abroad predict a shortage of computing professionals for the foreseeable future.

Our course is designed to enable students to acquire a high level of technical expertise so they can contribute to the production of quality computer applications.


Like any science, mathematics asks questions, sometimes uses experiments to suggest an answer and significantly uses logic to validate the conclusions. Some questions are concerned with applications, such as, "given a population (dynamical system, economy) and factors which influence it, what is its state at a subsequent time?" Others are more abstract, for example, "are there any common properties to the basic operations as used with numbers, matrices or vectors?" The study of Mathematics can answer these questions.

Year 1

Computing Science

  • Java Programming Foundations (CB) (CS1020)
  • Information Systems and Databases (CS1050) 
  • Introduction to Computer Systems (CS1170)
  • Internet Computing (CS1240)


  • Calculus and Ordinary Differential Equations (AM10CO)
  • Vector Geometry (AM10GE)
  • Mathematical Thinking (AM10MT)
  • Transition Mathematics (AM10TM)

Year 2

Computing Science

  • Software Lifecycle and Design (CS2090)
  • Professional and Social Aspects of Computing (CS2160)
  • Human-Computer Interaction (CS2260)
  • Java Program Construction (CS2300) 
  • Internet Applications and Techniques (CS2410) 


  • Probability (AM10PB)
  • Introduction to Numerical Methods (AM20IN)
  • Linear Mathematics (AM20LM)
  • Multivariate Calculus (AM20MC)
  • Mathematical Methods (AM20MM)
  • Statistics (AM20ST)

Year 3 optional placement year

  • EAS Study Placement Year (SEP001)
  • EAS Industrial Placement Year (SEP002)
  • EAS Study/Work Placement Year (SEP003)

See placement year section below or find out more about the Aston placement year.

Final year

The final year lets you choose from a range of options in each of the two subject areas. You may look for options that suit particular interests you have developed, or options that integrate well with your Computing and Mathematics subject. Our final year modules are updated regularly to reflect new developments in computing.  All students will complete an individual final year project which requires a combination of Computing and Mathematics skills.

Core Modules:

  • Statistical Machine Learning (AM20ML)
  • Individual Project (CS3010)
  • Information Security (CS3190)
  • Data Mining (CS3440)

Computing Science

  • Computer Graphics (CS2150)
  • Operating Systems (CS2230)
  • Computer Animation (CS2420) 
  • Mobile Design and Development (CS3040)
  • Enterprise Application Technology (CS3160)
  • Geographic Information Systems (CS3210)
  • Distributed Systems (CS3250)
  • Testing and Reliable Software Engineering (CS3270) 
  • Multimedia Information Retrieval (CS3320)
  • Image and Video Processing (CS3330)
  • Multi Agent Systems (CS3340)
  • Software Project Management (CS3360) 
  • Interaction Design (CS3410)
  • Game Development (CS3450)
  • Enterprise Computing Strategies (CS3460)
  • Advanced Database Systems (CS3800)
  • Computational Intelligence (CS3910)


  • Complex Analysis (AM20CA)
  • Approximation Theory and Methods (AM30AT)
  • Chaos and Dynamical Systems (AM30CD)
  • Financial Mathematics (AM30FT) 
  • Game Theory (AM30GT) 
  • Network Science (AM30NE)
  • Option Theory (AM30OT) 
  • Partial Differential Equations (AM30PD) 
  • Portfolio Analysis (AM30PT) 
  • Stochastic Processes (AM30SR)
  • Simulation Techniques (AM30ST)
  • Modern Time Series (AM30TS)

Students will be assessed in individual modules by end-of-semester (January & May/June) examinations and by assignments conducted and submitted during the year.

You will experience a wide variety of learning and teaching methods, including:
lectures, tutorials and seminars, laboratory exercises, small group discussions, corporate investigation and analysis, case studies, group and individual project work.  You will make use of our extensive computing facilities.

This year allows you to have the opportunity to put your knowledge into practice, whilst gaining valuable professional experience (and in most cases getting paid in the process) by choosing to do a placement. This year will enhance your graduate employment prospects and will enable you to make a sound career decision.

You will be given a lot of support and advice on finding a suitable placement and our tutors will keep in touch with you to ensure it is a success. The application process for a placement job is just like applying for a real graduate job, excellent experience in itself.

If you work for a company you can expect to be paid a salary (the average across the university is £11-13,000 per year), but this is not always the case for students working in the public sector. The placement contributes to your finances as well as your CV!

 Aston has one of the best records for graduate employment in the UK. Aston University ensures that you will gain academic knowledge as well as developing a wide range of skills that are valued by employers.

All graduates have computational ability and good problem solving skills, applicable to many areas of work.  They are able to cope with constant change, to organise and think critically, analyse and interpret data, using analytical and logical thinking. You will train your mind in a way that will never become outdated. You will learn to deal with complex concepts and learn to communicate accurately complex ideas. Graduates achieve a rounded education with a solid background in both Computing and Mathematics, which is highly regarded by employers. With a Computing Science and Mathematics degree from  Aston University you will have the chance to hone analytical, computing and problem solving skills, making you highly employable.

Our current and recent placement employers include companies in the UK and abroad such as: BNFL, ConocoPhillips, GSK, Kraft, Alfa Laval, Thames Water, AMEC and 3M.

Find out more about placement years at Aston.

Computing Science
Career prospects continue to be excellent for Aston University's computing specialists, with their sound understanding of the principles and practical applications of computing. The vast majority of our graduates have found stimulating and rewarding positions in computing-related activities, with suppliers and users, or within a wide range of careers for which a university degree is a prerequisite, e.g. programmer, systems analyst, systems engineer.

There are also opportunities in non-computing areas with a Joint Honours degree, and many graduates from the programme often work in these areas where their computing expertise is of supporting benefit. Management and IT Consultancy are major employers of Computing Science graduates.

Aston University graduates are consistently some of the most employable graduates in the country. Our Mathematics graduates are highly sought after and obtain employment in financial institutions, industry and teaching. With a good degree, there are also opportunities for graduates to go into research in mathematics.

Interested? We'd love to hear from you.

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