Instructor:
Ali Nejadmalayeri


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Investments
FIN 6660

This course is a Ph.D. seminar in investments. The course strives three major goals: 1) to overview the historical backgrounds and theoretical underpinnings of the ideas, 2) to examine the empirical studies and test of these ideas, and 3) to work thru the econometrics and numerical technology of empirical finance.  Our hope is that in pursuit the aforementioned, we can gain a deeper appreciation of the field and enhance our knowledge of the topical areas.

 

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Course Outline

Since this course aims to provide a thorough understanding of the investment theory, we will cover major topics of interests in a series of blocks as follows:
 

  • Ancient Times: Probability, Statistics, & Hypothesis Testing
  • Ancient Times: Investment Under Uncertainty 
  • Classical Age: Asset Pricing (CAPM & Factor Models)
  • Classical Age: Portfolio Theory
  • Classical Age: Market Efficiency, Momentum, & Reversals
  • Modern Age: Liquidity, Volume, & Volatility
  • Modern Age: Information and Price Discovery
  • Modern Age: Analysts, Earnings, & Price
  • Modern Age: Professional Managers & Performance
  • Modern Age: Primary vs. Secondary Markets
  • Modern Age: Market Micro Structure
  • Modern Age: Behavioral Finance

Computational Resources

There are numerous books, articles, homepages and software packages that can help you with your research.  Let's start with software. The most popular ones, which you can find codes, examples and what not from other finance professionals, are SAS, Stata, Matlab, and just plain old C/C++ and FORTRAN codes. I am familiar with SAS and FORTRAN and getting to know Matlab. With exception of Bayesian econometrics, SAS is pretty powerful tool. I do use Matlab for Bayesian analysis, simply because most other Bayesians use Matlab too! Here are some homepages I think you should know about to help you in the journey:

 

There are numerous researchers that provide codes on their webpages. Of course I can't say that I know them all, but here are some that I have come across and I found them quite helpful in my own work:

 

If you are using WRDS, they have an extensive set of SAS and FORTRAN codes which are extremely helpful. I tend to download data and then run it on my machine just because my jobs are large and take a long time. But you can run codes via remote access option in WRDS and you can run it on their UNIX servers.

 

Lecture Notes & More:

You may download the lecture notes via following links. You may customize the notes at your discretion.

Lecture Notes:

Articles:

List of Articles

To read the notes you need Microsoft Power Point reader.
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