mathematics mathematics, statistics and operational research topics. the course has sufficient...

MathematicsUndergraduate 2018

“MATHEMATICS STOOD OUT TO ME BECAUSE THERE ARE SO MANY DIFFERENT FIELDS. MY REASON FOR CHOOSING MANCHESTER MET WAS THAT THE UNIVERSITY HAS A GOOD REPUTATION FOR SUPPORTING ITS STUDENTS.”Jubier AhmedMMath (Hons) Mathematics

Important noticeThis brochure was developed in 2017 to help you choose the right course for the 2018 academic year and may be used as a guide for other years of entry. The information therefore reflects the courses as they are at this time. Please be aware that placements and overseas study cannot be guaranteed on our courses. This brochure is intended to provide an overview of our courses and the Faculty of Science and Engineering.

The online prospectus available at mmu.ac.uk/courses provides key up-to-date information about our courses to help you make an informed decision about which one to apply to, so please check online.

To see an Augmented Reality video of Jubier, please download the Wikitude app from the App Store or Google Play.

2 Simply type ManMetScience into the search box

1 Download and open the wikitude app

3 Scan this page and be amazed!

Mathematics offers you the opportunity to embark on a challenging career in a wide variety of interesting sectors where your aptitude for innovation and analytical thinking comes highly rewarded.

Make it in Mathematics

Make it at Manchester Met

Graduates with a good knowledge of mathematics are very much sought after by a number of industries as the discipline brings with it the essential skills of problem solving and creativity.

A degree in Mathematics opens the door to many numerate professions such as accountancy, business and management services, financial services, statistics, computing and computational modelling. In addition, the skills and experience you gain from this degree are highly valued by a range of employers and opportunities exist in other areas such as teaching, technical sales and project management.

The School of Computing, Mathematics and Digital Technology have a reputation for excellent academic programmes, high student satisfaction, internationally recognised research and strong industry links. Our work with industry helps to shape our curriculum, ensures our graduates are ready for the workplace – and sought after by employers – and transfers our expertise into the commercial world.

All of our courses are professionally accredited by the Institute of Mathematics and its Applications, the UK’s learned and professional society for mathematics, demonstrating the level of professional standing within the discipline of Mathematics.

In the 2017 National Student Survey, mathematics students gave the course an overall satisfaction rating of 96%. BSc (Hons) Mathematics was also voted best course in the 2012 Manchester Met Students’ Union teaching awards and was shortlisted for the award for four years running.

4 Courses

10 Foundation Year

12 Making the most of your study

14 Kick-start your future career

16 Supporting your studies

18 Taught by experts

20 International students

22 Come and meet us

23 Fact file

93% of our graduates go straight into

employment or further study within six months

of graduating †

of our research impact is rated ‘world-leading’

or ‘internationally excellent’ **

students from more than 120 countries at the University

* Research Excellence Framework (REF) 2014.** DLHE survey 2015, for all respondents available for employment or further study and whose destinations are known.† People and Planet University League 2017

The UK’s greenest university†

1st

mmu.ac.uk/scmdt | 3

Our suite of courses will give you the specific skills to start your career with confidence, delivered by academics with enthusiasm and expertise.

Mathematics MMath (Hons)

Which course to study at Mcr Met

The MMath is an integrated four-year (or five-year with a placement) undergraduate Masters course which will enable you to gain a detailed understanding of a range of mathematics, statistics and operational research topics. The course has sufficient flexibility to allow you to select areas of study that will develop your knowledge, experience and skills appropriate to a wide range of mathematics related careers, and it will especially develop your skills in using mathematical software to solve real world problems.

Typical areas of study include pure mathematics, mathematical software, statistics, operational research, financial mathematics, number theory and cryptography, mathematics for computer graphics, numerical methods for solving differential equations, mathematical modelling, dynamical systems and chaos theory.

The MMath will allow you to take units in the final year along with a major project which will develop your computational skills in our research areas of differential equations and dynamical systems and computational fluid dynamics.

This course has been accredited by the Institute of Mathematics and its Applications to meet the educational requirements of the Chartered Mathematician designation.

Typical units of study may include the following but may be subject to change.

Year 1

Decision MathematicsThe unit provides an introduction to operational research and its methodology. It covers topics on methodology and modelling, linear programming, non-linear optimisation, project planning, decision trees, financial calculations and an introduction to graphs and networks to include minimal spanning trees and shortest path algorithms and maximal flow.

Linear Algebra and Programming SkillsThis unit extends the work on matrices and vectors that you will have met previously and introduces you to programming with MATLAB®. It covers topics such as vectors, matrices and the design and implementation of MATLAB® programs.

Mathematics Fundamentals (Calculus and Discrete Mathematics)This unit introduces fundamental topics needed for later mathematical study. It also introduces you to the notion of proof and rigorous mathematical arguments. It covers topics such as sets, logic, functions, complex numbers and convergence of sequences.

Probability Theory and StatisticsThis unit teaches you basic statistics in a style that will prepare you for second year work, making use of relevant statistical software. It covers descriptive statistics, probability and statistical applications.

You will study four, 30-credit units

Mathematics has been shortlisted for the best course in the Students’ Union

teaching awards for four successive years

High paying bursaries available to

mathematics graduates who start a PGCE

invested in hardware upgrades

£300k

4 | Mathematics

Year 2

Mathematical MethodsExtends work in linear algebra and calculus to include increased generality and abstraction.

Numerical Methods and ModellingThe unit provides an introduction to a range of numerical methods making use of MATLAB® software and also provides an introduction to mathematical modelling.

Likely option units: (indicative and may be subject to change year on year)

• Mathematics of Computer Graphics and Virtual Environments

• Number Theory and Cryptography

• Operational Research and Financial Methods

• Statistics and Financial Mathematics

For in-depth unit information, visit mmu.ac.uk/courses

Year 3With placement year

In your third year you will have the choice to either go on a placement, where you'll work for a year in industry or continue directly into your final two years of study.

Year 3/Year 4 Without/with placement year

Computational Methods in Ordinary Differential EquationsThe unit covers a broad range of computational methods for the solution of stiff and nonstiff systems of ODEs, together with the related computational linear algebra with an emphasis on the efficiency of methods and their applications.

Dynamical Systems and ChaosThis unit extends your knowledge of mathematical modelling and deepens your understanding of dynamical systems theory with applications using MATLAB®. It covers the following areas: recurrence relations and iteration, fractals, neuronal systems, ordinary differential equations in one, two and three-dimensions, bifurcations and numerical integration in non-smooth dynamical systems and MATLAB® and Simulink.

Numerical Methods for Partial Differential EquationsThe unit provides an introduction to numerical techniques for solving partial differential equations and the application to fluid flow problems. It covers the background and theory of finite difference and finite volume methods.

Mathematics ProjectThis unit gives you an opportunity to apply your mathematical knowledge to a major piece of independent work and develop your critical analysis. You normally select project choices from a list of project descriptions produced by academics and your project coordinator will allocate a suitable supervisor and a project description to you. You must develop your project description, which tends to be generic and indicative in content, into a Terms of Reference. You will specify aims, objectives, methodology and timetable for completion and this must be ratified by your supervisor.

OR

Mathematics Mini-ProjectsThis unit provides you with the opportunity to apply your mathematical knowledge to a set of four mathematical topics and present your results. The mini projects are offered as an alternative to the individual mathematics project unit and provides you with a more structured means of developing similar skills, such as the ability to break down unfamiliar problems and to be aware of the limitations of the analyses that you undertake.


Placement option


The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses

continued on next page >>>

Amy Wilson BSc (Hons) Mathematics

“I chose to study at Manchester Met as the course syllabus contained more applied maths than other

universities and focused on using lots of computer software. I really enjoy producing animations in my computer programming class using

MATLAB.”

AT A GLANCEDURATION

4 years full-time

5 years full-time with placement year

STUDYING WITHOUT A PLACEMENT YEAR

STUDYLectures Tutorials Independent Study

ASSESSMENT


ASSESSMENT


ASSESSMENT


ASSESSMENT

See Fact File on page 23 for more course information.

1YEAR

Coursework Exams

2YEAR

Coursework Exams

3YEAR

Coursework Exams

4YEAR

Coursework Exams Practical

mmu.ac.uk/scmdt | 5


Final Year

Advanced Ordinary Differential Equations and Dynamical SystemsThis unit is concerned with advanced computational methods for ordinary differential equations and dynamical systems. MATLAB® is used as the computational tool. You will study examples of real world applications from a broad range of disciplines including mathematics, physics, chemistry, biology, engineering and economics. Key themes include mathematical modelling, numerical and symbolic solutions of systems of ordinary differential equations, stability analysis and interpretation of results, understanding and explaining the behaviour of both the computational methods and the physical problems.

Computational Modelling of Fluid FlowThe unit considers a range of advanced computational techniques for solving the governing equations of fluid dynamics, including:

• Background and theory: introduction to compressible and incompressible flow, the Navier-Stokes equations and simplifications in the potential and Stokes flow limits, analytical solutions for simplified flow problems.

• Advanced finite volume methods: explicit/implicit schemes, mesh generation, boundary conditions, solutions of the incompressible Navier-Stokes equations, application to unsteady flows with complex geometries, post-processing simulation results with visualisation software.

• Smoothed particle hydrodynamics: Lagrangian descriptions of fluid motion, interpolation theory and particle discretisation, construction of smoothing kernels, boundary conditions, application to unsteady free-surface flows.

Masters Level Mathematics ProjectYou undertake a major piece of independent work which will apply and advance your mathematical knowledge and critical analysis skills to a topical research problem relevant to current research activity and/or industrial research problems (devised annually in collaboration with external industrial contacts) in the School. You will develop your technical and analytical skills independently, through the use of mathematical methods, research topics and relevant literature. Your findings, results and conclusions will need to be substantiated and validated within the time limit of the project. You will demonstrate your investigative ability, critically examine your work and be able to place it in context. You will be allocated a project supervisor who is associated with your chosen topic and you will be encouraged and supported to make a significant contribution to existing knowledge.

You will study two 30-credit units and one 60-credit unit

Mathematics MMath (Hons) continuedAT A GLANCE

DURATION4 years full-time


STUDYING WITH A PLACEMENT YEAR


ASSESSMENT


ASSESSMENT

Placement


ASSESSMENT


ASSESSMENT


1YEAR

Coursework Exams

2YEAR

Coursework Exams

3YEAR

4YEARCoursework Exams

5YEAR

Coursework Exams Practical

6 | Mathematics

MATHEMATICSACCREDITATIONS

All of our courses are professionally accredited by the Institute of Mathematics and its Applications, the UK’s learned and professional society for mathematics, demonstrating the level of professional standing within the discipline of mathematics.

Information on accreditation correct at the time of print.

“WHAT YOU PUT INTO UNIVERSITY LIFE IS WHAT YOU GET OUT OF IT. THERE IS NO SHORTAGE OF OPPORTUNITIES AVAILABLE IN MANCHESTER IF YOU LOOK FOR THEM, AND IT’S THE SAME WITH THE UNIVERSITY.In my third year, I took part in the Tomorrow’s Mathematicians Today 2017 conference, hosted by Manchester Metropolitan University and the Institute of Mathematics and its Applications. I was awarded the Best Paper Prize for a paper based on my project on Computational Techniques for Sparse Matrices. The best thing about this is that I humbly did not expect to win, but applying myself and taking the opportunity really paid off.”

Jamie GlavesMMath (Hons) Mathematics

mmu.ac.uk/scmdt | 7

Mathematics BSc (Hons)

Extensive use of a range of mathematical software packages including MATLAB® and Minitab will enable you to gain valuable experience for future employment.

You will study a broad range of mathematical topics in Year 1, including discrete mathematics, linear algebra, calculus, statistics and decision mathematics. You will also learn how to program in a mathematical language. In Years 2 and 3 you will choose from a range of units to reflect your interests and career aspirations. Typical areas of study include further calculus and linear algebra, numerical methods and modelling, mathematics of computer graphics, number theory, cryptography, operational research, financial mathematics, statistics, digital communications, sound processing, group theory and dynamical systems.

This course has been accredited by the Institute of Mathematics and its Applications to meet the educational requirements of the Chartered Mathematician designation when followed by subsequent training and experience in employment to obtain equivalent competences to those specified by the QAA for taught masters degrees.

Typical units of study may include the following but may be subject to change.

Year 1

Decision MathematicsThe unit provides an introduction to operational research and its methodology. It covers topics on methodology and modelling, linear programming, non-linear optimisation, project planning, decision trees, financial calculations and an introduction to graphs and networks to include minimal spanning trees and shortest path algorithms and maximal flow.

Linear Algebra and Programming SkillsThis unit extends the work on matrices and vectors that you will have met previously and introduces you to programming with MATLAB®. It covers topics such as vectors, matrices and the design and implementation of MATLAB® programs.

Mathematics Fundamentals (Calculus and Discrete Mathematics)This unit introduces fundamental topics needed for later mathematical study. It also introduces you to the notion of proof and rigorous mathematical arguments. It covers topics such as sets, logic, functions, complex numbers and convergence of sequences.

Probability Theory and StatisticsThis unit teaches you basic statistics in a style that will prepare you for second year work, making use of relevant statistical software. It covers descriptive statistics, probability and statistical applications.


10 state-of-the-art teaching laboratories

of BSc (Hons) Mathematics students are

satisfied overall with the quality of

the course*

93%

*From 55 (85%) students who responded to the 2016 National Student Survey.

Mathematics degrees demonstrate problem

solving skills and creativity

8 | Mathematics

Year 2

Mathematical MethodsExtends work in linear algebra and calculus to include increased generality and abstraction.

Numerical Methods and ModellingThe unit provides an introduction to a range of numerical methods making use of MATLAB® software and also provides an introduction to mathematical modelling.


• Mathematics of Computer Graphics and Virtual Environments

• Number Theory and Cryptography

• Operational Research and Financial Methods

• Statistics and Financial Mathematics


Year 3

In your third year you will have the choice to either go on a placement, where you'll work for a year in industry or continue directly into your final year of study.

Final Year

Mathematics ProjectThis unit gives you an opportunity to apply your mathematical knowledge to a major piece of independent work and develop your critical analysis. You normally select project choices from a list of project descriptions produced by academics and your project coordinator will allocate a suitable supervisor and a project description to you. You must develop your project description, which tends to be generic and indicative in content, into a Terms of Reference. You will specify aims, objectives, methodology and timetable for completion and this must be ratified by your supervisor.

OR

Mathematics Mini-ProjectsThis unit provides you with the opportunity to apply your mathematical knowledge to a set of four mathematical topics and present your results. The mini projects are offered as an alternative to the individual mathematics project unit and provides you with a more structured means of developing similar skills, such as the ability to break down unfamiliar problems and to be aware of the limitations of the analyses that you undertake.


• Advanced Operational Research

• Applied Regression and Multivariate Analysis

• Computational Methods in Ordinary Differential Equations

• Digital Communications and Sound Processing

• Dynamical Systems and Chaos

• Financial Mathematics and Time Series Analysis

• Group Theory

• Numerical Methods for Partial Differential Equations


You will study four, 30-credit units Placement



AT A GLANCEDURATION

3 years full-time



ASSESSMENT


ASSESSMENT


ASSESSMENT

STUDYING WITH A PLACEMENT YEAR

Placement


ASSESSMENT


1YEAR

Coursework Exams

2YEAR

Coursework Exams

3YEAR

Coursework Exams

3YEAR

4YEAR

Coursework Exams

“I WANTED TO STUDY MATHS WITH REAL LIFE APPLICATION. IT WAS SO INTERESTING TO SEE HOW MATHS COULD BE APPLIED COMMERCIALLY. THE MODEL COMPUTATION I LEARNT IS ESSENTIALLY WHAT I USE NOW FOR MODELLING STOCK MARKETS, USING THE SAME FORMULAS AS WE APPLIED IN COMPLETELY DIFFERENT FIELDS.”Chris BennettsBSc (Hons) MathematicsAsset Manager, Ballarat University

mmu.ac.uk/scmdt | 9

Each Foundation Year is an integral part of a specific degree course. The content of the Foundation Year is tailored to prepare you for your chosen degree so that you start Year 1 of your linked Honours degree with confidence.

Successful completion of the Foundation Year guarantees automatic progression onto Year 1 of the degree you have chosen to study.

If you choose the foundation year route, you will apply for a four-year course or five year course with a placement year. Once you have passed your foundation year you will progress directly onto Year 1 of your linked degree and you will be able to apply to Student Finance each year for a tuition fee loan (UK students can also apply for a maintenance loan) for the full duration of your course.

For more information about student finance and the range of scholarships and bursaries the University offers visit mmu.ac.uk/money-matters and for funding information visit gov.uk/student-finance. Different fee rates apply for international students and further details can be found at mmu.ac.uk/international

Course structureAll Foundation Year students study the academic skills for higher education unit, which will help you to develop the academic and study skills required for degree-level work. You will also study an additional three units relating to your chosen subject.

Academic Skills for Higher EducationThis unit covers topics such as:

• Academic skills: HE terminology, independent study, time management, note taking, reading techniques, academic writing, critical thinking and writing, referencing methods, exam techniques and oral presentations.

• Research skills: conducting a research project, research design and methodology, analysing and presenting research data.

• Personal development planning: reflection, skills profiling and action planning. Basic number work: basic arithmetic and mental calculations.

Foundation Computing The aim of the unit is to introduce you to the range of computing topics that will be included in your degree. It covers topics such as:

• Computer systems: logic gates, truth tables, Boolean notation, components of a computer and I/O devices.

• Multimedia and the web: HTML, web editors, CSS, web MM, vector graphics and search engines.

• Systems development life cycle: identification of problems, feasibility study, information collection and analysis and design of systems in the engineering and computing areas.

Foundation Data AnalysisThis unit will develop the critical thinking and data analysis skills required by students on their linked degrees. It covers areas such as descriptive statistics, probability, statistical inference and visual representation of data.

Foundation MathematicsThis unit teaches basic mathematics in a style that will prepare students for the mathematics required for their linked degree. It covers topics such as algebra, straight lines and quadratics, sets and functions.

The following courses are available with a Foundation Year:

• BSc (Hons) Mathematics

For those with degree-level potential, but without the qualifications to apply directly for an Honours course, a Foundation Year is the perfect way to prepare for future success.

Foundation Year

10 | Mathematics

Entry requirementsThe typical minimum entry requirements for a degree that includes a Foundation Year are 72-80 UCAS tariff points. The points must come from full A levels (not AS) or equivalent qualifications, for example BTEC Level 3 Diploma/Extended Diploma, CACHE Level 3 Diploma.

If you have other qualifications that are not included in the UCAS tariff we are happy to consider the suitability of these qualifications. You will also need to have a grade D or above (or an acceptable alternative) in GCSE English language and mathematics. For the most up-to-date information on 2018 entry requirements visit mmu.ac.uk/courses

If English is not your first language you will also need to have IELTS 5.5 (or an equivalent English language qualification). You will be placed on our Foundation Year International Route which provides additional English language, study skills and tutor support through the English for Academic Study Unit.

Applying for a Foundation YearYou will need to apply via UCAS. Degrees with a Foundation Year have their own unique UCAS codes which can be found on the UCAS website or by using Find a Course on our website at mmu.ac.uk/courses

mmu.ac.uk/foundation

“THE SCIENCE AND ENGINEERING FOUNDATION YEAR AIMS TO GIVE THE FUNDAMENTAL ACADEMIC SKILLS AND KNOWLEDGE REQUIRED FOR SUCCESSFUL TRANSITION INTO DEGREE-LEVEL STUDY. OUR ACADEMIC AND PERSONAL SUPPORT HELPS TO BUILD YOUR CONFIDENCE AND STRENGTH IN YOUR OWN ABILITIES AND ADJUST TO UNIVERSITY LIFE AND STRUCTURE.”Dr Saeed Abu-ZourFoundation Year Coordinator, Faculty of Science and Engineering

“THE FOUNDATION YEAR WAS HARD WORK BUT I LOVED UNIVERSITY STRAIGHT AWAY.

THE TEACHING AND SUPPORT IS EXCELLENT. I'M HAPPY TO SAY I GOT A GRADUATE LEVEL

JOB AS SOON AS I FINISHED MY DEGREE.”Ashley Sinclair

BEng (Hons) Mechanical Engineering

mmu.ac.uk/scmdt | 11

Managing your timeYou'll typically study four units per year, though this can vary for some courses. Study is made up of three elements, so you'll need to factor time into your weekly schedule for each.

1. Attendance at classesThis could include lectures, seminars, practical classes and tutorials.

2. Independent studyThis is work you do on your own or in groups away from classes.

3. AssessmentThis is the time you spend on preparing for, and participating in, assessments.

Modes of studyTeaching techniques vary from formal lectures to practical sessions, presentations and group activity, supported by the use of our online Moodle system which will also give you access to your own personalised timetable so you know where you’re supposed to be and when. You may find that this is a big shift from sixth form and A level study: the emphasis at University is on your management of your working week, though we are here to help and guide you.

University life should be fulfilling in all sorts of ways, so we make sure you have all the information and support you need to get the most out of your time here.

Making the most of your study

“I’VE REALLY ENJOYED MY DEGREE AND I WOULD DEFINITELY RECOMMEND IT. THE FACILITIES AND SUPPORT HAVE BEEN THERE WHEN I NEEDED IT. FOR MY FINAL YEAR PROJECT, I HAD A MEETING WITH MY SUPERVISOR EVERY WEEK – HE ALWAYS SET ME SOMETHING TO DO TO ENSURE I WAS ON TRACK.”Avashai FinlayBSc (Hons) Mathematics

library during term time

2,400highly experienced academic teaching staff, professors and

researchers

1 million books, journals, articles

and e-books in our library

future investment committed

12 | Mathematics

Where you will learn

The School of Computing, Mathematics and Digital Technology is part of the Faculty of Science and Engineering. Our home is the John Dalton building which is located in the centre of Manchester at our All Saints campus. We are a large School with our own teaching and research laboratories offering a fantastic working and learning environment for students.

Teaching facilitiesYou will be taught in specialist teaching facilities in environmentally sustainable buildings that are amongst the best of any university in the UK.Our spacious lecture theatres and seminar rooms are equipped with the latest teaching and learning resources. The majority of teaching takes place in the computer labs, reinforcing the practical relevance of the subject.

IT FacilitiesRecent multimillion-pound investments have strengthened the School’s excellent facilities, including ten new state-of-the-art teaching laboratories, equipped with high-end PCs, Apple Macs and specialist industry standard software. You can make extensive use of mathematical software packages such as MATLAB®, Minitab, SAS and SPSS to solve real-world problems.

Study spacesYou will have access to numerous study spaces, connected group work areas and social spaces in the John Dalton Building. The library is also open 24/7 in term time, with hundreds of PCs and multiple study zones spread across the five floors including dedicated group working zones.

FeedbackWe have been quick to embrace latest technologies to enhance students’ learning. Our courses use the University’s virtual learning environment, Moodle. The system has a simple user interface and allows you to submit assignments, see your grades, receive feedback and access teaching materials, lecture notes and other resources. Some lecturers even provide quizzes for you to test your knowledge.

AssessmentYou will be assessed by examinations and a range of continuous assessment including:

• Coursework assignments

• In-class tests

• Oral presentations

• Reports on case studies

• Group work

• Online tests

mmu.ac.uk/students

“UNIVERSITY LIFE WAS GREAT. I’M GLAD I WENT TO MANCHESTER

METROPOLITAN. OPEN DAYS AT OTHER UNIVERSITIES DIDN’T HAVE THE SAME FEELING – MANCHESTER MET WAS A

LOT FRIENDLIER AND CONTINUED TO BE REALLY SUPPORTIVE THROUGHOUT MY STUDIES. THE LECTURERS HAD A WIDE RANGE OF PERSONALITIES, TEACHING STYLES AND AREAS OF EXPERTISE.”

Jenna HollandBSc (Hons) Mathematics

Now, secondary mathematics teacher


Placements Our placement years offer students the opportunity to increase practical and professional skills.

Doing a placement develops expertise and allows skills learned in the first years of your degree to be applied to solving a practical problem. A placement allows you to demonstrate that you are able to work and progress in a professional environment and apply the skills and knowledge learned in an academic environment to a practical situation.

Graduate employers also report that students who have been on a sandwich placement tend to be more mature, better organised and better able to apply their skills in a more structured way.

Studying and working abroadWorking and studying abroad can enhance your employability, helping you to develop your skills whilst experiencing other cultures and perspectives. Many of our courses offer an option to study abroad for three, six or ten months, at partner universities across the world including Europe, Australia, China and the USA. There may also be opportunities to undertake a work placement abroad as part of your degree. There are also summer exchange opportunities open to students of any discipline. For more information visit mmu.ac.uk/outgoingexchange

Employable skillsCareers support is available from the moment you join us, throughout your time here, and for up to three years after the completion of your course. We have a range of services available through the School of Computing, Mathematics and Digital Technology and the University Careers Service including dedicated careers and employability advisors.

At the heart of our curriculum and student support lies a real focus on developing skills to make you highly employable and an asset to any organisation.

Kick-start your future career

Career destinations include banking, accountancy and

software engineering

The salaries of mathematics graduates in full time work in the

UK range from £18,000 to £29,000

14 | Mathematics

Studying in ManchesterManchester is the birthplace of the UK computer industries and has made a name for itself as home to a number of famous inventors and innovators over the last 200 years. In the 19th Century, renowned mathematician, logician and computer scientist, Alan Turing developed the world’s first stored programmed computer in the city. With Manchester being a key player in the Northern regeneration agenda and a thriving centre for innovation, there has simply never been a better time for science in the city than today.

Employability HubA dedicated hub for careers and employability information to help you kick start your career thinking, research different career paths and make first-class applications.

Futures Skills AwardDiscover new opportunities, sell your skills and stand out from the crowd with the Futures Skills Award, which gives you recognition for all of the extra-curricular activity you do.

Jobs4StudentsTemporary, paid, on-campus work opportunities through the Jobs4Students service. Just sign up to the mailing list when you arrive and receive alerts when roles come up.

Global networkLeverage connections and develop professional relationships with our 270,000 alumni-strong network, spanning all professions and thousands of UK organisations.

mmu.ac.uk/careers

“THE COURSE PROVIDED EXCELLENT ANALYTICAL SKILLS AND THE PROGRAMMING AND APPLIED FOCUS WAS REALLY USEFUL. I AM CURRENTLY

STUDYING FOR AN MSC IN OFFSHORE OCEAN TECHNOLOGY WITH RENEWABLE ENERGY. IT'S AN ENGINEERING COURSE AND THE NUMERICAL AND

ANALYTICAL SKILLS I LEARNED IN MY MATHS DEGREE HAVE BEEN A HUGE HELP.”

Alexander SmithBSc (Hons) Mathematics


08:00 Alarm Check Moodle for today’s

timetable and try not to get too distracted by social media.

09:30 First lecture Guest speaker provides

plenty for us to think about over a coffee in the Hub Café afterwards.

11:30 Meet with personal tutor Discuss latest assignment and

chat about how I’m settling into to life at uni… leaving plenty of time to meet friends for lunch at The Union.

We’re here to help you get the most out of your studies, with advice and guidance from specialist support staff and outstanding learning facilities.

Student HubsStudent Hubs across our campus offer a first port of call for face-to-face guidance on course-related matters, as well as information about university services and facilities.

Student support officersStudent support officers provide support through group workshops and individual sessions, advising on everything from managing your time to revision techniques.

Academic supportCourse unit leaders, programme leaders and personal tutors will give you all the course-specific help and guidance you need throughout your time here.

LibraryA newly-refurbished, five-storey library open 24/7 during term time means access to over a million books, journals and e-resources whenever you need them. There’s also a helpdesk, technical and digital equipment to loan, electronic book returns and a café on site too.

MyMMUSector-leading virtual learning through Moodle, which brings together your student email, course timetable, teaching materials, reading lists, assessment marks and feedback accessed via the MyMMU app from your phone, laptop or tablet.

Supporting your studies

“I DID A WORKSHOP TO HELP ME WITH MY REFERENCING AND ACADEMIC WRITING WHEN I FIRST STARTED UNIVERSITY. DOING THIS REALLY IMPROVED MY CONFIDENCE.”Aimee CooperBA (Hons) Inclusive Education and Disability Studies

16 | Mathematics

14:00 Visit the library Borrow a new textbook from

the course reading list… and a laptop for 24 hours so I can make a few notes.

16:00 Hockey practice Practice session with uni

hockey team ready for next week’s game.

20:00 Quiz night! Off to The Union for a

few drinks and maybe even finish the night with a win on the quiz!

Disability ServiceSupport for disabled students and students with specific learning difficulties, with Disability Service Advisers working with both current and prospective students. Our advisers can help with any screenings, assessments or funding you might need, or provide access to a host of internal and external resources.

Counselling and wellbeingTalk to a professionally trained counsellor, in confidence, about any personal problems you may have. The team also runs workshops and courses on themes such as relaxation, stress management and confidence building.

Students’ UnionExperienced, trained staff offering specialist, student-centred advice when you need it most. This includes practical help and support with academic issues, housing and finance. It’s also free and independent.

mmu.ac.uk/students


Our courses are designed, led and taught by some of the UK’s leading academic voices. This means you’ll learn directly from passionate, knowledgeable individuals.

Teaching expertiseOur staff are committed to sharing their passion for their subject, giving you the best possible learning experience, and will support and guide you throughout your undergraduate studies and beyond.

You will be taught and supervised by research-active academic staff, most of whom are at the forefront of their specialist field.

A variety of teaching methods are used to help you develop a range of skills. As well as lectures, most units involve a tutorial programme, often in the form of examples classes where you can review your learning and ask about topics that you have not understood.

Our teaching and research is supported by dedicated teams of highly skilled technical staff across all our subject specialisms in the Faculty of Science and Engineering.

mmu.ac.uk/our-teaching

Taught by experts

“THE SCHOOL OF COMPUTING, MATHEMATICS AND DIGITAL TECHNOLOGY IS A VIBRANT COMMUNITY OF STAFF AND STUDENTS. WE PRIDE OURSELVES ON WORKING WITH STUDENTS AND EXTERNAL COLLABORATORS ON A PERSONAL LEVEL AND ARE COMMITTED TO DELIVERING HIGH-QUALITY TEACHING AND RESEARCH.”Keith MillerHead of School of Computing, Mathematics and Digital Technology

2,400+teaching staff, professors

and researchersThe University holds an

annual student-nominated Teaching Awards to recognise

excellent teaching

You will be taught by experts in their fields, many with

real-life industry experience

2,200+professional and support staff

across the University

18 | Mathematics

“MY TEACHING IS AIMED AT DEVELOPING STUDENTS' SUBJECT KNOWLEDGE FOR THEIR FUTURE ACADEMIC CAREER. I HAVE WORKED AT MANCHESTER MET FOR 30 YEARS, AND MY LOVE OF MATHEMATICS HAS NEVER DIMINISHED. I ENJOY SHOWING THE REAL WORLD IMPACT AND PASSING MY KNOWLEDGE TO THE NEXT GENERATION OF MATHEMATICIANS.”Dr Norman EllisHead of Division of Mathematics and Computation

“I AM AN APPLIED MATHEMATICIAN SPECIALISING IN NUMERICAL ANALYSIS WITH RESEARCH EXPERTISE IN THE FIELD OF COMPUTATIONAL CHEMICAL KINETICS IN ASTROPHYSICS. I AIM TO INSPIRE STUDENTS ACADEMICALLY THROUGH EXCELLENCE IN TEACHING AND SUPPORT THEM FULLY DURING THEIR TIME AT UNIVERSITY, PUTTING AN ENRICHED STUDENT EXPERIENCE AT THE HEART OF MY WORK TO PROVIDE STUDENTS WITH THE BEST OPPORTUNITIES FOR THEIR FUTURE.”Dr Lida NejadPrincipal Lecturer, Mathematics and Computation

ResearchThe School of Computing, Mathematics and Digital Technology conducts high quality research in areas such as intelligent systems, image and sensory computation, logic, peer-to-peer computing, computation, novel and natural computing, informatics and computational fluid dynamics, all of which adds to the resources and knowledge you can benefit from as an undergraduate.

Our research was rated ‘internationally excellent’ with some rated ‘world-leading’ in the most recent research assessment exercise. It helps to ensure that your teaching remains up-to-date in the latest developments in mathematics.

Our research is organised around broad, over-arching themes:

• Work in computational fluid dynamics uses numerical modelling to help design wave energy devices, sea wall defence systems and offshore wind power stations.

• Work in dynamical systems helps design faster, more energy-efficient super computers and understand the workings of the human brain to diagnose degenerative diseases.

• Research in knowledge engineering covers artificial neural networks, machine learning, computational and fuzzy logic and conversational agents.

• The novel computation theme includes molecular computing, synthetic computation and collective dynamics.

• Researchers in networks and distributed systems focus on the intelligent management and optimisation of large-scale distributed systems and data-centric computing.

• Work in image and sensory computation includes face and voice interpretation, human motion analysis and reconstruction, feature-based algorithms, 3D modelling and visualisation, computer animation, games technology and novel data analysis.


Greater Manchester has one of the largest student populations in Europe and we welcome international students from 120 countries to our University every year.

Come and meet usStaff from our international office regularly visit countries across the world to meet students and provide advice about studying at the University and life in Manchester. You can also meet us online at our virtual events at mmu.ac.uk/international

International qualificationsYou will be required to show you have a good level of English for entry to all courses. For most undergraduate courses, you will need to reach IELTS 6.0 or above with no less than 5.5 in any component. You can find country-specific information about many international qualifications at mmu.ac.uk/international/your-country

If you need to improve your English before you start your course, we can help. There are courses in general and academic English to help you reach the level you need. See mmu.ac.uk/englishlanguagecourses

Making your applicationApplications are submitted through the Universities and Colleges Admissions Service (UCAS) at ucas.com

Many international and EU students use a recruitment consultant or education adviser. They will be able to tell you more about the University, offer support with your applications, and some will offer assistance with your visa and provide pre-departure briefings.

To check if there is a University-appointed education adviser in your country please visit our website.

Your arrivalWe want to make sure your arrival at Manchester Met goes as smoothly as possible so we run a free airport pick-up scheme, which is available all year round. All new international students arriving at Manchester Airport when beginning their studies are eligible, but you may need to book depending on when you arrive.

Every September we run welcome events for international students, designed to help you meet other students and settle in at the University.

Help when you need itThe University’s student services team offers international students career advice, counselling and learning support. The Immigration and Welfare team provide confidential advice and guidance as well as regular workshops to help with renewing your visa.

English language supportWe provide free English language support workshops. These will help improve your language skills, your confidence in classes and seminars, and help you achieve better results in projects and exams.

International student tuition fees and scholarshipsOur international fees are competitive and the cost of living in the region is much lower than London and many other world cities. Tuition fees remain the same for each year of your degree and the University offers competitive scholarships for international students.

For up-to-date information, please visit our website.

mmu.ac.uk/international

International students

INTERNATIONAL WELCOME

SEPTEMBER

2018find out moremmu.ac.uk/

welcome

Watch videos of our international

students talk about life at the

University

Find out from a current

international student what

it's like to study at Manchester Metropolitan –

contact us to book a chat

Take a tour of our laboratories,

workshops, lecture theatres and more online

We visit countries across the world to provide face-to-face advice about studying at Manchester Metropolitan

Join us for online events including

webinars and virtual tours of the University

20 | Mathematics

The campus is in a great location, close to the city centre and within walking distance of the train stations and university accommodation. Manchester Metropolitan has an Employability Hub, which provides many services such as CV writing workshops and the opportunity to meet employers. In addition, there are part-time job opportunities available on campus, which have helped me improve my CV.”

Wan Ling LeeBA (Hons) Business and SpanishMalaysia

“STUDYING AT MANCHESTER METROPOLITAN UNIVERSITY HAS GIVEN ME THE OPPORTUNITY TO EXPERIENCE STUDENT LIFE IN A METROPOLITAN CITY AND IMMERSE MYSELF IN A COMPLETELY DIFFERENT CULTURE.


It is important to find out as much as you can about our University and our courses and we look forward to meeting you at one of our Open Days and Applicant Visit Days.

COME AND MEET US

Wednesday 20 June 2018Saturday 13 October 2018Saturday 20 October 2018

Saturday 24 November 2018

Book your place at mmu.ac.uk/openday

SAVE THE DATE

You can make it at Mcr Met.

Open DaysOpen Days are your opportunity to get a feel for our campus and find out what University life is really like. We hold open days each year in June, October and November. These events provide you with the opportunity to meet current students, speak to tutors from the courses you are interested in, and see our superb university facilities for yourself. To ensure you get the most from your Open Day we recommend that you book a place in advance.

Watch our Open Day video at mmu.ac.uk/study/undergraduate/visit

Applicant Visit DaysOnce you have received an offer of a place from us, we will invite you to attend one of our Applicant Visit Days. These usually take place on Saturdays and Wednesdays from February to April. You can find out more about your courses, have tours to see where you will be taught, and meet subject tutors and current students for the course you have applied for. It is an important opportunity for you to find out anything else you would like to know before you make your decision.

OnlineYou’ll find lots of useful information on our website. You can ask us about our courses using our online course enquiry form or visit our Frequently Asked Questions section, which should answer many of the queries you have; or phone us on +44 (0)161 247 6969.

Connect with us

“OPEN DAYS ARE GREAT FOR TALKING TO STUDENTS

WHO ALREADY STUDY AT MANCHESTER METROPOLITAN.

YOU CAN GET FIRST-HAND EXPERIENCE ABOUT WHAT IT IS

LIKE TO STUDY YOUR SUBJECT, NOT JUST READ ABOUT IT.”

Todd Lewis-RyanBSc (Hons) Mathematics

22 | Mathematics

Degree titleYears of study

UCAS code

Typical entry requirements ▲Additional entry requirementsUCAS A-level BTEC

MMath (Hons) Mathematics* 4 full-time 8H16 112-120 BBC-BBB DMM A2 Mathematics at grade C. GCSE grade C or 4 in English language and mathematics.

BSc (Hons) Mathematics* 3 full-time G100 104-112 BCC-BBC DMM As above

Selected degrees are available with a Foundation Year. For further information visit mmu.ac.uk/foundationyear

Check .com for the most up-to-date 2018 entry requirements.

* Students apply to the main degree and transfer to the sandwich course once a placement has been finalised.

Fact fileThe information in this fact file is intended for courses starting in the 2018 academic year. The information in the online prospectus is the most detailed and up-to-date so make sure you check there when choosing which course to apply for.

The way in which GCSE qualifications are graded is changing. If you are expecting your GCSE English or mathematics qualification from a school or college in England from 2017 onwards and are unsure about any of the tariff points advertised in our course materials, please visit mmu.ac.uk/gcseadvice for more information.

This publication is available in alternative formats. Please telephone +44 (0) 161 247 1627.


WELCOMEWEEK

ACCOMMODATIONCONFIRMATION RESULTS

DEADLINE FOR STUDENT

FINANCE

APPLICANTVISIT DAYS

APPLY FOR STUDENT FINANCE

UCASDEADLINE

WRITE PERSONALSTATEMENT

OPEN DAYLASTOPEN DAY

BEGIN TORECEIVE OFFERS

APPLY FORACCOMMODATION

DEADLINE FORACCEPTING

PLACE

OPEN DAYCHOOSE

UNIVERSITY AND COURSE

RESPONSE TOAPPLICATIONS

MONDAY 17 SEPTEMBER

FRIDAY 31 AUGUST

JULY – AUGUST

THURSDAY 31 MAY

FEBRUARY – APRIL

FROM JANUARY

MONDAY 15 JANUARY

SEPTEMBER – DECEMBER

SATURDAY 14 OCTOBER

SATURDAY 21 OCTOBER

SATURDAY 25 NOVEMBER

EARLY APRIL

EARLY MAY

NOVEMBER – MARCH (2018)

WEDNESDAY 21 JUNE

MARCH – SEPTEMBER

END MARCH

Join us for Welcome Week and the start of term.

We’ll let you know if your accommodation application

has been successful (and for which type of

accommodation).

If you have a Conditional offer, your results will confirm if you've secured a place. Still looking for a place?

Visit mmu.ac.uk/clearing

Deadline for applying for student finance via

gov.uk/student-finance

If we make you an offer you'll be invited to attend an Applicant Visit Day to

learn more about the course and facilities.

Apply for student finance. Visit

gov.uk/student-finance for more information.

Deadline for UCAS applications to guarantee your application will be

considered. Courses may accept late applications.

Put your UCAS application form together, taking time to create a great personal

statement that really makes it stand out.

Secure your place at mmu.ac.uk/openday


You may start to receive offers from universities you've applied to, or be

invited to interview before an offer is made.

As soon as you've firmly accepted an Unconditional

or Conditional offer of a place with us, you can apply for student accommodation.

Deadline for accepting your place with us, if you

received your last decision by 31 March.


Visit UCAS fairs and ucas.com

We aim to respond to applications made by Monday 15 January by the end of March.

2017

APPLICATION PROCESS We understand there can be a lot to think about when applying to university, so follow the steps outlined below and make a note of key dates and events to keep on track.

2018

For information on the process for international students visit mmu.ac.uk/international

16683-JPJanuary 2018

mathematics mathematics, statistics and operational research topics. the course has sufficient...

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