NotesMBAFinancial Analytics
MBA 965-26

Financial Analytics Notes

Program:MBA
Semester:Semester 4
Credits:4
Units:4 Units

Subject Overview

The fifth Business Analytics group elective, covering financial data wrangling and time series basics, volatility modeling and risk measurement, regression models and credit risk/fraud detection analytics, and portfolio analytics and optimization with stress testing. A 4-credit elective theory paper.

Unit-wise Syllabus

4 units — open any unit for detailed topic-wise notes, diagrams and important exam questions

  • Role of analytics in finance
  • types of financial data
  • data wrangling and cleaning
  • exploratory data analysis
  • time series components
  • decomposition
  • stationarity
  • ACF/PACF
  • introduction to ARMA/ARIMA
ProcessFinancial time series workflow
  1. 1

    Clean price data

  2. 2

    Compute returns

    Log or simple

  3. 3

    Explore

    Plots, summary stats

  4. 4

    Test stationarity

    ADF test

  5. 5

    Fit ARMA or ARIMA

  6. 6

    Check residuals

Study guide

This unit covers analytics in finance, financial data types, wrangling, exploratory analysis, time series components, decomposition, stationarity, ACF and PACF, ARMA and ARIMA. Clean a real price data set.

Read Unit 1 notes
  • ARCH/GARCH volatility models
  • volatility clustering
  • statistical distributions and Value at Risk estimation
  • hypothesis testing in finance
  • Monte Carlo simulation for risk analysis and option pricing
Key formulasRisk measures
  • Parametric VaR

    Z × σ × portfolio value

  • Historical VaR

    Loss at the chosen percentile of past returns

  • GARCH(1,1)

    σ²ₜ = ω + α ε²ₜ₋₁ + β σ²ₜ₋₁

  • Monte Carlo

    Simulate many paths, read off the loss distribution

Study guide

You study ARCH and GARCH, volatility clustering, distributions, Value at Risk, hypothesis testing and Monte Carlo simulation for risk and option pricing. Simulate a simple price path.

Read Unit 2 notes
  • Regression models and factor models in finance
  • forecasting financial variables
  • logistic regression for credit scoring
  • ROC curves and confusion matrix
  • Benford's Law for fraud detection
  • K-means clustering for customer segmentation
ComparisonAnalytics in finance applications
Technique
Output

Credit scoring

Logistic regression

Probability of default

Model quality

ROC curve, confusion matrix

AUC, accuracy

Fraud detection

Benford's Law

Suspicious digit patterns

Customer segmentation

K-means clustering

Groups of similar clients

Study guide

You study regression and factor models, forecasting, logistic regression for credit scoring, ROC curves, confusion matrices, Benford's Law for fraud and K-means for segmentation. Build a simple credit scoring model.

Read Unit 3 notes
  • Portfolio returns
  • risk and performance metrics (Sharpe ratio)
  • Markowitz mean-variance framework and efficient frontier
  • stress testing and backtesting
  • visualization and reporting of financial insights
Key formulasPortfolio analytics
  • Portfolio return

    Σ wi Ri

  • Portfolio variance

    wᵀ Σ w

  • Sharpe ratio

    (Rp − Rf) / σp

  • Efficient frontier

    Highest return for each level of risk

Study guide

You study portfolio returns and risk, the Sharpe ratio, Markowitz and the efficient frontier, stress testing, backtesting and reporting. Plot an efficient frontier for a few assets.

Read Unit 4 notes

Why Financial Analytics Matters

Quantitative finance and risk analytics are among the highest-paying MBA paths, and Python and R skills are in demand.

How to Prepare for Financial Analytics

  • Work with real stock and credit data.
  • Learn VaR and Monte Carlo simulation.
  • Build a small portfolio analytics report.

Financial Analytics: Frequently Asked Questions

What is Value at Risk?

VaR estimates the maximum loss a portfolio is likely to suffer over a period at a given confidence level.

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