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Machine Learning Use Cases in Finance
edX
Course
Beginner
Free to Audit
Certificate

Machine Learning Use Cases in Finance

Université de Montréal

In the last six years, the financial sector has seen an increase in the use of machine learning models in financial, banking and insurance contexts. Data science and advanced analytics teams in the financial and insurance community are implementing these models regularly and have found a place for them in their toolbox.

4 hrs/week4 weeksEnglish2,399 enrolled
Free to Audit

About this Course

The success of machine learning, and in particular deep learning in image recognition and natural language processing applications, has created high expectations and their use has rapidly spread to many different areas. The financial sector is no exception and the last six years have seen an increase in these types of models in financial, banking and insurance contexts. Data science and advanced analytics teams in the financial and insurance community are implementing these models regularly and have found a place for them in their toolbox. In this course, we will first present a review of some of the applications of machine learning and deep learning. We will then illustrate their use in financial applications through concrete examples that we have seen have sparked interest in the industry. Our examples will illustrate how we can add value through ad hoc construction of architectures rather than a simple exercise of replacing classical models with more complex ones, such as multi-layer networks. We will see Neural network architectures on graphs to integrate new information dimensions in financial markets and bitcoin transactions Portfolio design using reinforcement learning and Natural Language Processing and information extraction methods from financial disclosures in the in an ESG and sustainable finance context This course was developed by IVADO and Fin-ML as part of a workshop that takes place yearly in Montréal, since 2018. You will be accompanied throughout and given concrete examples by six international experts from both Academia and Industry. The course is primarily intended for industry professionals and academics with intermediate knowledge of mathematics and programming (ideally Python). Graduate students in data science and quantitative finance (mainly those who are not yet familiar with machine learning and deep learning) may find this content instructive and compelling. The content of this course will also be of great use to whomever uses or is interested in AI, in any other way. Previous experience in the financial industry is not necessary to follow this course. This course is brought to you by IVADO, Fin-ML and Université de Montréal. IVADO is a Québec-wide collaborative institute in the field of digital intelligence. Fin-ML is a nationwide network of researchers working at the intersection of data science, quantitative finance, and business analytics. Université de Montréal is one of the world’s leading research universities. 38:T1d8f

What You'll Learn

  • Recognize when and how to use machine learning models according to the business context.
  • Apply the best practices of machine learning and in particular of deep learning in a financial application context.
  • Graph neural networks in financial markets
  • Reinforcement learning in portfolio optimization
  • Information extraction and ESG metrics

Instructors

M

Manuel Morales

Ph.D. Associate Professor

R

Rheia Khalaf

M.Sc. Director, Collaborative Research & Partnerships

A

Alexandre Nguyen

M. Sc., Instructor,

F

Frederik Wenkel

Ph.D. candidate

Topics

Natural Language Processing
Machine Learning
Python (Programming Language)
Financial Services
Basic Math
Information Extraction
Artificial Intelligence
Deep Learning
Data Science
Computer Vision
Finance
Bitcoin

Course Info

PlatformedX
LevelBeginner
PacingUnknown
CertificateAvailable
PriceFree to Audit

Skills

معالجة اللغة الطبيعية
تعلم الآلة
بايثون (لغة برمجة)
الخدمات المالية
الرياضيات الأساسية
Information Extraction
Artificial Intelligence
Deep Learning
Data Science
Computer Vision

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