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MSc in Statistics (Financial Statistics)

Programme Code: TMSTFS

Department: Statistics

For students starting this programme of study in 2021/22

Guidelines for interpreting programme regulations

Classification scheme for the award of a taught master's degree (four units)
Exam sub-board local rules

Academic-year programme. Students take three compulsory courses (two units) and options to the value of two units.

Please note that places are limited on some optional courses. Admission onto any particular course is not guaranteed and may be subject to timetabling constraints and/or students meeting specific prerequisite requirements.

Paper

Course number, title (unit value)

Paper 1

ST425 Statistical Inference: Principles, Methods and Computation (1.0) #

Paper 2

ST422 Time Series (0.5) # and ST436 Financial Statistics (0.5) #

Paper 3

Courses to the value of 1.0 unit(s) from the following:

 

ST405 Multivariate Methods (0.5) #

 

ST411 Generalised Linear Modelling and Survival Analysis (0.5) #

 

ST416 Multilevel Modelling (0.5) #

 

ST418 Non-Linear Dynamics and the Analysis of Real Time Series (0.5) #  (not available 2022/23)

 

ST429 Statistical Methods for Risk Management (0.5) #

 

ST433 Computational Methods in Finance and Insurance (0.5) #

 

ST439 Stochastics for Derivatives Modelling (0.5) #

 

ST440 Recent Developments in Finance and Insurance (0.5) #

 

ST442 Longitudinal Data Analysis (0.5) #  (not available 2022/23)

 

ST443 Machine Learning and Data Mining (0.5) #

 

ST444 Computational Data Science (0.5) #

 

ST445 Managing and Visualising Data (0.5) #

 

ST446 Distributed Computing for Big Data (0.5) #

 

ST448 Insurance Risk (0.5) #

 

ST449 Artificial Intelligence (0.5)

 

ST451 Bayesian Machine Learning (0.5) #

 

ST454 Applied spatio-temporal analysis (0.5) #

 

ST455 Reinforcement Learning (0.5) #

 

ST456 Deep Learning (0.5) #

 

MY459 Quantitative Text Analysis (0.5) #

 

MY461 Social Network Analysis (0.5)

Paper 4

Courses to the value of 1.0 unit from the following:

 

ST405 Multivariate Methods (0.5) #

 

ST409 Stochastic Processes (0.5) #

 

ST411 Generalised Linear Modelling and Survival Analysis (0.5) #

 

ST416 Multilevel Modelling (0.5) #

 

ST418 Non-Linear Dynamics and the Analysis of Real Time Series (0.5) #  (not available 2022/23)

 

ST426 Applied Stochastic Processes (0.5)

 

ST429 Statistical Methods for Risk Management (0.5) #

 

ST433 Computational Methods in Finance and Insurance (0.5) #

 

ST439 Stochastics for Derivatives Modelling (0.5) #

 

ST440 Recent Developments in Finance and Insurance (0.5) #

 

ST442 Longitudinal Data Analysis (0.5) #  (not available 2022/23)

 

ST443 Machine Learning and Data Mining (0.5) #

 

ST444 Computational Data Science (0.5) #

 

ST445 Managing and Visualising Data (0.5) #

 

ST446 Distributed Computing for Big Data (0.5) #

 

ST448 Insurance Risk (0.5) #

 

ST449 Artificial Intelligence (0.5)

 

ST451 Bayesian Machine Learning (0.5) #

 

ST454 Applied spatio-temporal analysis (0.5) #

 

ST455 Reinforcement Learning (0.5) #

 

ST456 Deep Learning (0.5) #

 

FM402 Financial Risk Analysis (0.5) #

 

FM404 Advanced Financial Economics (0.5) #

 

FM413 Fixed Income Markets (0.5) #

 

FM429 Asset Markets A (0.5) #

 

FM441 Derivatives (0.5) #

 

FM442 Quantitative Methods for Finance and Risk Analysis (0.5) #

 

MA407 Algorithms and Computation (0.5) #

 

MA415 The Mathematics of the Black and Scholes Theory (0.5) #

 

MA416 The Foundations of Interest Rate and Credit Risk Theory (0.5) #

 

MA420 Quantifying Risk and Modelling Alternative Markets (0.5) #  (not available 2022/23)

 

MA427 Mathematical Optimisation (0.5) #

 

MY456 Survey Methodology (0.5) #

 

MY457 Causal Inference for Observational and Experimental Studies (0.5) #

 

MY459 Quantitative Text Analysis (0.5) #

 

MY461 Social Network Analysis (0.5)

 

Or other non-ST course(s), with permission.

# means there may be prerequisites for this course. Please view the course guide for more information.

The total value of all non-ST courses should not exceed one unit.

The Bologna Process facilitates comparability and compatibility between higher education systems across the European Higher Education Area. Some of the School's taught master's programmes are nine or ten months in duration. If you wish to proceed from these programmes to higher study in EHEA countries other than the UK, you should be aware that their recognition for such purposes is not guaranteed, due to the way in which ECTS credits are calculated.

Note for prospective students:
For changes to graduate course and programme information for the next academic session, please see the graduate summary page for prospective students. Changes to course and programme information for future academic sessions can be found on the graduate summary page for future students.

 
 
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