Course Detail (Course Description By Faculty)

Financial Analytics (41210)

Financial Analytics is an in-depth course designed to explore the analysis, exploration, and simplification of large and complex datasets. This course arms students with the essential skills to model and derive insights from data, enabling the development of robust predictive and classification models. The curriculum encompasses core concepts and methodologies, such as hypothesis testing, confidence intervals, linear and logistic regression, model selection, multinomial and binary regression, clustering, factor models, and decision trees. A strong emphasis is placed on practical computational skills and the fundamental principles underpinning these methods. Students will actively engage with actual financial datasets, applying their knowledge to develop tailored methodologies for specific applications. 

Prerequisites for this course include prior exposure to basic statistics, linear algebra, and proficiency in Python coding.
  • No non-Booth Students
  • No auditors
  • No pass/fail grades
Description and/or course criteria last updated: June 17 2025
SCHEDULE
  • Autumn 2025
    Section: 41210-01
    09/08, 09/10, 09/12, 09/15, 09/17, 09/19, 09/22, 09/24, 09/26
    MWF 8:30 AM-11:30 AM
    Gleacher Center
    206
    In-Person Only
  • Autumn 2025
    Section: 41210-02
    09/08, 09/10, 09/12, 09/15, 09/17, 09/19, 09/22, 09/24, 09/26
    MWF 1:30 PM-4:30 PM
    Gleacher Center
    206
    In-Person Only

Financial Analytics (41210) - Xiu, Dacheng>>

Financial Analytics is an in-depth course designed to explore the analysis, exploration, and simplification of large and complex datasets. This course arms students with the essential skills to model and derive insights from data, enabling the development of robust predictive and classification models. The curriculum encompasses core concepts and methodologies, such as hypothesis testing, confidence intervals, linear and logistic regression, model selection, multinomial and binary regression, clustering, factor models, and decision trees. A strong emphasis is placed on practical computational skills and the fundamental principles underpinning these methods. Students will actively engage with actual financial datasets, applying their knowledge to develop tailored methodologies for specific applications. 

Prerequisites for this course include prior exposure to basic statistics, linear algebra, and proficiency in Python coding.
  • No non-Booth Students
  • No auditors
  • No pass/fail grades
Description and/or course criteria last updated: June 17 2025
SCHEDULE
  • Autumn 2025
    Section: 41210-01
    09/08, 09/10, 09/12, 09/15, 09/17, 09/19, 09/22, 09/24, 09/26
    MWF 8:30 AM-11:30 AM
    Gleacher Center
    206
    In-Person Only
  • Autumn 2025
    Section: 41210-02
    09/08, 09/10, 09/12, 09/15, 09/17, 09/19, 09/22, 09/24, 09/26
    MWF 1:30 PM-4:30 PM
    Gleacher Center
    206
    In-Person Only