Machine learning: Optimising forecasting for better decision-making
About the course
Participants on this course will explore machine learning (ML) applications for central banks, focusing on the technology’s role in supporting decision-making with timely, data-driven insights. The training will address ML as a subset of AI and provide an overview of key methods before delving into its role within central bank forecasting. Primary topics include how ML can be leveraged for monetary policymaking, a comparison of efficiency and effectiveness between ML models and traditional methods, and a study of ML applications to understand inflation dynamics. This engaging course will equip participants with the essential knowledge to understand the complexities of ML.
Tutors
Karin Klieber
Oesterreichische Nationalbank
Economist, monetary policy section
Karin Klieber is a research economist in the Monetary Policy Section at the Austrian National Bank (Oesterreichische Nationalbank, OeNB). She specializes in the intersection of applied econometrics and central banking, bridging academic research and policy needs. Her work focuses on inflation, monetary policy, and machine learning in applied econometrics, and has been published in top field journals such as the Journal of Econometrics and the Journal of Applied Econometrics. She has recently been a visiting researcher at the Federal Reserve Bank of New York and has worked at the European Central Bank. She holds a PhD from the University of Salzburg.
Elvira Prades
Bank of Spain and BIS Innovation Hub
Research economist, economic analysis division, and advisor
Elvira Prades is a Research Economist in the Economic Analysis Division at the Bank of Spain (Banco de España, BdE) and an Adviser at the BIS Innovation Hub. Her research lies at the intersection of international trade, global value chains, and inflation and price setting dynamics, with a particular focus on the integration of machine learning methods into empirical economic analysis. She has held visiting research positions at the Banque de France and the Central Bank of Chile. She holds a PhD from the European University Institute (EUI).
Olivier Sirello
Bank for International Settlements and Irving Fisher Committee on Central Bank Statistics (IFC)
Senior statistical analyst, monetary and economic department
Olivier Sirello joined the BIS in June 2022. His areas of expertise are central bank statistics, balance of payments and securities statistics. He is also involved in a number of international initiatives related to official statistics, including the G20 Data Gaps Initiative, the High-Level Group for the Modernisation of Official Statistics of the United Nations Economic Commission for Europe (UNECE) and SDMX. He previously worked as an economist-statistician at the Bank of France and held post-graduate teaching positions at Sciences Po Paris. He studied at Sciences Po Paris, Princeton University and Bocconi University. He holds two MScs in economics and public policy.
Xin Zhang
Sveriges Riksbank
Advisor, research division
Xin Zhang is an Advisor in the Research Division of Sveriges Riksbank. His research focuses on leveraging AI, machine learning, and econometric methodologies to tackle complex issues across monetary policy, financial stability, and financial market infrastructure. With a track record of publications in leading academic journals and impactful policy reports, his work bridges the gap between cutting-edge AI research and real-world financial regulation. Xin holds a PhD in Finance from VU University Amsterdam and Tinbergen Institute.
Agenda
A bird’s eye overview of ML in central banks: a global perspective
- What is machine learning (ML) and how does it differ from and complement AI?
- Importance of quality data for ML
- Outline of key ML approaches: supervised, unsupervised, and reinforcement learning
- ML applications across central bank functions
- Global overview of central bank approaches to ML: priorities and strategies
Leveraging ML for monetary policy
- Role of ML in supporting monetary policy decision-making with timely, data-driven insights
- Key applications of ML in monetary policy
- Structured and unstructured high-frequency retail pricing data for understanding price-setting dynamics
Enhancing economic forecasting with ML
- Overview of ML algorithms for macroeconomic forecasting
- Efficiency and effectiveness: ML models as compared to traditional econometric methods
- Increasing model accuracy with ML and generative AI: exploiting rich data, capturing non-linear and asymmetric shock transmission, and improving interpretability to support decision-making under uncertainty
Utilizing ML to better understand monetary policy transmission
- Using natural language processing (NLP) to examine central bank communications
- Value of sentiment analysis
- Model selection: structed vs unstructured data
- Importance of model explainability
- Real-world example
Learning objectives
- Understand how ML can be applied across central bank functions
- Learn the role of ML in supporting decision-making
- Discuss the benefits and challenges of applying ML to forecasting
- Identify the differences between ML and traditional models
- Use ML to better understand inflation data
Who should attend
Relevant titles and departments may include, but are not limited to:
- Principal/senior economists
- Heads of forecasting
- Research analysts
- Heads of monetary policy
- Policy advisors/analysts
- Heads of statistics
- Chief data/AI officers
- Data analysts
- Heads of information technology
- IT analysts
- Heads of innovation
- Digital transformation leads
- ML engineers
- Economics department
- Forecasting and policy modelling division
- Business cycle division
- Monetary policy department
- Stress-test modelling division
- Statistics department
- Data office
- Information technology department
- Innovation/digital transformation division