The Quantitative Risk Management track in the MSc Actuarial Science and Mathematical Finance provides an excellent grounding for your career as a risk manager. What makes this 1-year programme unique is that it incorporates all the latest international developments, such as bank regulation and advanced quantitative risk modelling. Also, you will gain insight in all up-to-date techniques and practices to kick-start your career. The Quantitative Risk Management track is one of 2 tracks you can choose from within this Master’s programme.
How does a financial institution deal with financial uncertainty, liabilities, IT security threats and data-related risks? Risk management is all about identifying, assessing and controlling such threats to an organisation's capital and earnings. Since especially digital developments are moving increasingly fast, the field of risk management keeps bringing you interesting challenges to sink your teeth into.
Your lecturers will be industry experts and leading researchers who conduct world-class research in the field. They are enthusiastic about introducing you to the latest developments and their theories on how to deal with new challenges in the risk management field.
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Apart from the 6 general courses of the full programme, you will follow 2 track-specific courses and electives.
If you want to meet the requirements for admission to the post-Master's Actuarial Practice Cycle, you will also need to take the Actuarial Science and Mathematical Finance Honours programme.
In the 1st part of this course you will learn the basic principles and requirements governing banking regulation and supervision, aimed at safeguarding stable banks. We will analyse the risks as well as the remedies that were drawn up for bank risk management. You will also explore the changing structure of the broader financial system. The 2nd part of this course treats quantitative models for (portfolio) credit and liquidity risk management at an advanced level.
This course covers the following topics: linear time series analysis, volatility models, value at risk, VAR models and cointegration, multivariate volatility and correlation models and high-frequency data and realised variance. These topics are applied to empirical data using Python and R.
Apart from the general and track-specific courses, we offer you a selection of electives to choose from:
Brexit, the trade war between the US and China, climate and energy transition risks, household debts, cyber threats, and low interest rates put a constant pressure on the performance of banks, insurance companies and pension funds. Add the ever growing, complex and interconnected financial system, and the need for adequate regulatory policies and risk management practices is larger than ever. Describe how the financial system works and why a well-functioning financial system is important for economic welfare. Explain the main sources of systemic risk in the financial sector and give advice on financial sector policies to enhance financial stability. These topics are important for regulatory bodies such as the Dutch Central Bank (DNB) and the European Central Bank (ECB), as well as risk departments within banks, pension funds, and insurance companies.
Examples of real-life business cases and company projects you will discuss:
Students from the ASE are open-minded and friendly. We are encouraged to develop critical thinking and a cooperative mindset.Jingde Guo Read Jing's full review
Graduates of the Master's programme in Actuarial Science and Mathematical Finance/Quantitative Risk Management track have excellent job prospects for positions at:
|Credits||60 ECTS, 12 months|
|Language of instruction||English|