
An introduction to machine learning methods specifically designed for economic time-series forecasting.
Forecasting is central to decision-making in economics, finance, central banking, and business. The rapid growth of machine learning methods has transformed the forecasting landscape by providing tools capable of handling large datasets, nonlinear relationships, and unstructured information such as text.
At the same time, economists and financial analysts increasingly require a rigorous understanding of when machine learning methods outperform traditional econometric approaches and how these methods can be implemented in practice.
This course provides participants with both the theoretical foundations and practical skills needed to apply modern forecasting methods to real-world economic and financial problems.
Lectures and computer labs alternate throughout the program, providing a balance between conceptual understanding and practical implementation. Five lecture sessions are complemented by five hands-on computer laboratories covering all major forecasting methods introduced in the course.
Expert-led: Taught by Professor Dimitris Korobilis, a leading researcher in Bayesian econometrics, forecasting, and machine learning.
Rigorous and modern: Combines modern machine learning techniques with rigorous econometric foundations.
Focused on economic forecasting: Examines machine learning applications specifically in economic and financial forecasting rather than generic machine learning applications.
Theory and practice:Gives equal emphasis to theory and practical implementation through hands-on computer labs.
Frontier topics:Covers established forecasting methods alongside topics such as deep learning, text analytics, and large language models.
Real-world data: Uses real-world macroeconomic and financial datasets.
Take-home resources: Participants receive MATLAB code and supplementary Python materials for continued learning after the course.
Broadly relevant: Designed for both academic researchers and industry practitioners.
The course is designed for:
Upon completion of the course, participants will be able to:
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If you want to apply for this Nowcasting and Forecasting course, ensure you meet the criteria below.
Requirements
Requirements for Introduction to Forecasting with Machine Learning
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Instructors, topics, and schedules are subject to change.
Participants who attend at least 80% of the course will receive a Certificate of Attendance free of charge. Participants will not be graded or assessed during the course.
A 10% discount applies when the confirmation payment is completed on or before the announced Early Bird deadline.
Multiple course discounts are available. Find out more information in our Fees and Discounts pdf.
Fees for courses in other Executive Education programs may vary.
*Reduced Fee applies for PhD or Master’s students, Alumni of BSE Master’s programs, and participants who are unemployed.
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Sessions will be recorded and videos will be available for a month once the course has finished.
Fees for each course may vary. Please consult each course page for accurate information.
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