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BSc (Hons) Mathematics and Statistics Q36 Thank you for your interest in our BSc (Hons) Mathematics and Statistics. This fact sheet gives an overview of what you’ll study at Stages 1, 2 and 3 of the qualification, and provides links to more detailed module descriptions. Mathematics and statistics play an important role in almost every area of life, and are at the heart of advances in science, technology and public life. This degree is applicable to a wide range of careers and will equip you with indispensable problem-solving and decision-making tools. You’ll gain a good knowledge of probability and statistics, with options to focus on modern pure mathematics, mathematical methods and modelling – together with experience of using relevant software packages. You’ll also: develop your understanding of time series analysis, multivariate data analysis, regression analysis, and hypothesis testing; explore classical and Bayesian approaches to statistics; familiarise yourself with statistical software packages; and gain experience in conducting and communicating statistical investigations. The BSc (Hons) Mathematics and Statistics can help you gain recognition from the Institute of Mathematics and its Applications (IMA) and the Royal Statistical Society (RSS). www.open.ac.uk Career relevance and employability Careers such as statistical work (including actuarial work) and particular areas of education, research, development or computing may specify a degree in mathematics and/or statistics. This degree will also equip you for jobs in fields such as engineering, the pharmaceutical industry, business, finance and accountancy. You will develop highly-valued transferable skills including communicating mathematical ideas clearly and succinctly; understanding complex mathematical texts; working with abstract concepts; thinking logically; expressing problems in mathematical language; constructing logical arguments; working on open-ended problems; finding solutions to problems; analysing/interpreting data; conducting statistical investigations; interpreting mathematical results in real-world terms; and using relevant professional software. Key facts Start date Oct 2016 (registration closes 08 Sep 2016) Feb 2017 (registration closes 05 Jan 2017) Course code Q36 Credits 360 How long it takes Part time – 6–8 years Full time – 3–4 years Time limit – 16 years Course cost See Fees and funding Entry requirements See Am I ready? Page 1 of 4 BSc (Hons) Mathematics and Statistics Q36 What you will study Stage 1 Stages 2 and 3 120 credits required 120 credits required for each stage You will begin with Discovering mathematics (MU123), which introduces and helps integrate key ideas from statistics, algebra, geometry and trigonometry into your everyday thinking – building your confidence in learning and using mathematics. At Stages 2 and 3, you’ll continue to develop your skills and knowledge in statistics and opt to study either applied or pure mathematics. Statistics with applied mathematics Statistics with pure mathematics You’ll follow this with three compulsory modules: Essential mathematics 1 (MST124); Introducing statistics (M140); and Essential mathematics 2 (MST125). These will give you a broad introduction to various topics in pure and applied mathematics and statistics. You’ll develop a variety of skills including problem solving, how to develop and present a mathematical argument and how to represent and interpret statistical data. These are the key skills required for higher level study in mathematics. Stage 2 Stage 2 You will develop extensive knowledge and skills in statistics and probability, alongside other important applications of mathematics: You will develop extensive knowledge and skills in statistics and probability, alongside an understanding of the abstract ideas underpinning mathematics: If you are already confide nt about studying mathematics at university level, we offer a study route with an intensive start. It begins with the three compulsory modules Essential mathematics 1 (MST124), Introducing statistics (M140) and Essential mathematics 2 (MST125) as described above. To complete the intensive start you can choose another OU module from a wide selection. This might be, for example, in business, personal finance, IT studies, social sciences, or a modern language. It is essential to determine your mathematical level before you register. See Am I ready? to check if you have the necessary experience and confidence with mathematics. www.open.ac.uk Mathematical methods, models and modelling (MST210) – differential equations, linear algebra, vector calculus, methods of Newtonian mechanics, and practical elements of mathematical modelling Analysing data (M248) and Practical modern statistics (M249) – statistical concepts including medical statistics, time series analysis, multivariate data analysis, and Bayesian statistics. You will also broaden your experience in the use of appropriate mathematical and statistical software; and develop your ability to interpret mathematical and statistical ideas and communicate them to others. Stage 3 For this final stage of your degree, you’ll study three compulsory modules: Applications of probability (M343), Linear statistical modelling (M346) and Mathematical statistics (M347). In addition you’ll study one more module from a range of more advanced mathematical topics, which currently include: complex analysis, graphs and networks, optimization, waves, diffusion, variational principles, mathematical methods and fluid mechanics. Pure mathematics (M208) – formal proof, abstract structures, linear algebra, analysis and group theory Analysing data (M248) and Practical modern statistics (M249) – statistical concepts including medical statistics, time series analysis, multivariate data analysis, and Bayesian statistics. You will also broaden your experience in the use of appropriate mathematical and statistical software; and develop your ability to interpret mathematical and statistical ideas and communicate them to others. Stage 3 For this final stage of your degree, you’ll study three compulsory modules: Applications of probability (M343), Linear statistical modelling (M346) and Mathematical statistics (M347). In addition you’ll study one more module from a range of more advanced mathematical topics, which currently include: complex analysis, graphs and networks, and optimization. Page 2 of 4 BSc (Hons) Mathematics and Statistics Q36 Module summary – Statistics with applied mathematics Click on module titles for detailed module descriptions. Qualification structure and module availability is subject to change. Stage 1 module summary Stage 2 module summary Stage 3 module summary 120 credits required 120 credits required 120 credits required Module name CREDITS CODE Compulsory modules – 120 credits Module name CREDITS CODE Module name CREDITS Statistics with applied mathematics Statistics with applied mathematics Compulsory modules – 90 credits CODE Discovering mathematics 30 MU123 Compulsory modules – 120 credits Essential mathematics 1 30 MST124 Analysing data 30 M248 Applications of probability 30 M343 Introducing statistics 30 M140 Practical modern statistics 30 M249 Linear statistical modelling 30 M346 Essential mathematics 2 30 MST125 Mathematical methods, models and modelling 60 MST210 Mathematical statistics 30 M347 Complex analysis 30 M337 Deterministic and stochastic dynamics 30 MS327 Graphs, networks and design 30 MT365 Mathematical methods and fluid mechanics 30 MST326 Optimization 30 M373 www.open.ac.uk Optional module – 30 credits Select one from: Page 3 of 4 BSc (Hons) Mathematics and Statistics Q36 Module summary – Statistics with pure mathematics Click on module titles for detailed module descriptions. Qualification structure and module availability is subject to change. Stage 1 module summary Stage 2 module summary Stage 3 module summary 120 credits required 120 credits required 120 credits required Module name CREDITS CODE Compulsory modules – 120 credits Module name CREDITS CODE Module name CREDITS Statistics with pure mathematics Statistics with pure mathematics Compulsory modules – 90 credits CODE Discovering mathematics 30 MU123 Compulsory modules – 120 credits Essential mathematics 1 30 MST124 Analysing data 30 M248 Applications of probability 30 M343 Introducing statistics 30 M140 Practical modern statistics 30 M249 Linear statistical modelling 30 M346 Essential mathematics 2 30 MST125 Pure mathematics 60 M208 Mathematical statistics 30 M347 Complex analysis 30 M337 Deterministic and stochastic dynamics 30 MS327 Graphs, networks and design 30 MT365 Optimization 30 M373 Optional module – 30 credits Select one from: Page 4 of 4 Go to the online description to find out more about how much time you need to study, how to apply, and your fees and funding options. www.open.ac.uk +44 (0)300 303 5303 Student Recruitment Team The Open University, PO Box 197 Milton Keynes, MK7 6BJ, United Kingdom Copyright 2016 © The Open University