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Financial Econometrics (ETS-810/E-776)

Prerequisites For this Course:

  • Econometric Methods

Text Book(s):

  • Ruey S. Tsay (2010), Analysis of Financial Time Series 3rd John Willey & Sons.
  • Brooks, Chris (2008), Introductory Econometrics for Finance, 2nd Ed., Cambridge University Press.
  • Rachev, S.T., Mittnik, S., Fabozzi, F.J., Focardi, S.M., Teo, J. (2007), Financial Econometrics: From Basics to Advanced Modeling Techniques, John Willey & Sons.

Reference Book(s):

  • Gourieroux, C. and J. Jasiak (2001), Financial Econometrics, Princeton University Press.
  • Mills, T. C. (1999), The Econometric Modelling Of Financial Time series, 2nd Ed., Cambridge University Press.
  • Taylor,S. J. (2005), Asset Price Dynamics, Volatility, and Prediction, Princeton University Press.
  • Verbeek, M. (2004), A Guide to Modern Econometrics, Wiley & Sons.

Course Description

Financial Econometrics (FETS) is the application of Econometric tools to analyze Financial Time Series; these series possess distinct structure, usually subject to ARCH effect. FETS provides a set of empirical tools to analyze historical financial data, model underlying economic mechanisms, and predict future trends (Risk and Return). This course covers both univariate and multivariate data analysis. Univariate analyses provide conditional mean and conditional spread equations (risk and return). Univariate tools estimate volatility but unable to provide co-volatilities; the Multivariate regression tools estimate co-volatilities, further enable researchers to explore information transmission. Applications of these techniques to evaluate the performance of firms’ trading strategies and hedge fund managers are also discussed. Furthermore, time-series models are introduced to model and forecast both time-varying aggregate stock returns and volatility.

Course Objectives

  • To develop an understanding of univariate and multivariate financial time-series methods, including estimation and statistical model evaluation.
  • To become familiar with methods for modelling long-run relationships in finance.
  • To become familiar with methods for modelling volatility and correlation, such as ARCH and GARCH.
  • To be able to forecast return and volatility.
  • To apply the concepts learnt using appropriate computer programs and simulation methods.
  • To be able to trace information transmission and propose Optimal Hedge Ratio.

Learning Outcomes

By the end of this course, students will be able to: understand the significance of financial markets’ development and integration, hedging technique and estimation of optimal hedge ratios, analysis of risk and return trade off, evaluation of dynamic VaR, Modeling exchange rate and its volatility, food price volatility, currency devaluation, models of interest rate, inflation and inflation uncertainty.

Case Studies: Inflation, Exchange rates, CPI, SPI, Energy Firms, Oil Prices, Cryptocurrencies, Equity Markets

Software:

  1. OxMetrics
  2. R – studio

Some Readings:

Lecture Plan

Session Topic Readings Activities

Quizzes/Assignments/Term papers

Week-1 Stylized Properties of Financial Time Series at level,  Intro to OxMetrics https://www.doornik.com/doc/PcGive/PcGive_vol1.pdf Hands on/Lab
Stylized properties of Financial return Series Ppt/TB-1 Hands on/Lab
Week-2 Continued… How Stable are the Stable Coins Hands on/Lab
Tests for Normal moments “When Genius Failed” Assignment#1
Week-3 Fallacies about modeling gauges t-stat and R2 Ppt/RB-1 Hands on/Lab
Continued… Ppt/RB-1 Hands on/Lab
Week-4 Autoregressive Conditional Heteroscedasticity Ppt/TB-2 Hands on/Lab
Continued… Ppt/TB-2 Hands on/Lab
Week-5 Univariate GARCH type models Ppt/TB-1 Hands on/Lab
Continued… Students’ Presentation Assignment#2
Week-6 Asymmetric GARCH type models Ppt/TB-1 Hands on/Lab
Continued… Ppt/TB-1 Hands on/Lab
Week-7 Risk premium Students’ Presentation Hands on/Lab
SPI VS CPI inflation and inflation uncertainty hypotheses “Evaluating the Friedman-Ball and Cukierman-Meltzer Hypothesis: A GARCH application on Pakistan and Neighboring Economies” Hands on/Lab
Week-8 Continued… “Analyzing the Uncertainty of Sensitive Price Indicator:   Evaluating the Friedman-Ball and Cukierman-Meltzer hypothesis in Pakistan Economy” Quiz#1
MID TERM EXAM
Week-9 Spillover Effect “Co-movement Analysis: An Application of ARDL-GARCH Model” Hands on/Lab
Continued … “Tracing Dynamic Linkages and Volatility Spillover Effect between Pakistani and Foreign Stock Markets” Hands on/Lab
Week-10 Continued…. Students’ presentation Assignmnet#3
The ARMA-APARCH-M-t model “HEDGING: AN ISLAMIC APPROACH” Hands on/Lab
Module-2 Multivariate Analysis
Week-11 Continue… Hedging the Currency Devaluation Hands on/Lab
BEKK models TB Hands on/Lab
Week-12 Scalar BEKK and DBEKK TB Quiz#2
Continued… “HEDGING: AN ISLAMIC APPROACH” Hands on/Lab
Week-13 Continued… Students’ presentation Hands on/Lab
Hedging “Hedging the Currency Devaluation” Hands on/Lab
Week-14 Continued… “Hedging by Diversification: An analysis of stocks, Bonds, and Gold: Evidence from Pakistani Markets”. Lab
Continued… Students’ presentation Lab
Week-15 Intro to CAPM Khan Academy Online
Estimating VaR by simulation “Forecasting Value at Risk for Energy Firms in Pakistan”. Quiz#3
Week-16 Continued… Students’ presentation Lab
Final Exam