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1 Nova Southeastern University H. Wayne Huizenga School of Business & Entrepreneurship Assignment for Course: REE 5894: Capital Markets Submitted to: Jorge San Miguel Submitted by: Kyle Thompson N01089259 [email protected] 321-848-3224 Date of Submission: 11/17/2015 Title of Assignment: Modern Portfolio Theory Applied to Real Estate CERTIFICATION OF AUTHORSHIP: I certify that I am the author of this paper and that any assistance I received in its preparation is fully acknowledged and disclosed in the paper. I have also cited any sources from which I used data, ideas or words, either quoted directly or paraphrased. I also certify that this paper was prepared by me specifically for this course. Student's Signature: ______Kyle Thompson _____________ ***************************************************************** Instructor's Grade on Assignment: Instructor's Comments: 2 One of the most widely used tools to diversify a portfolio is modern portfolio theory, which was introduced by Harry Markowitz in a 1952 article resulting in a noble prize for his work. (Markowitz, 1991) This mathematical equation looks at the expected returns, risks, and the amount of each asset class, and finds the ideal combination of investments to maximize the portfolio return or minimize the portfolio risk. (Matuszak, 2010) The topic of discussion for this paper will be the use of MPT in diversifying a portfolio, consisting of commercial real estate or income producing properties. Income producing property varies from traditional investment strategies because of the large amount of capital that is needed to invest and outside factors that affect returns and risks. MPT needs three pieces of information in order to conduct an analysis: the expected return from an investment, normally shown as the Internal Rate of Revenue (IRR) or in investment property as the Capitalization Rate of a property. Capitalization Rate or Cap rates looks at the value of the property and its relation to how much that property produces in annual income. The volatility of each asset refers to the standard deviation or beta, making the assumption that a set percentage of results are within a range of the mean. (Hines, 2009) An efficient real estate portfolio aims at diversifying assets so that the correlation coefficient between assets in the portfolio is as close to zero as possible. A correlation of zero would show no relationship between the assets in the portfolio, which would minimize the volatility. (Young, 1993. Pg. 2-13) This can be accomplished by investing into properties located in different cities or investing in multiple properties in the four asset classes of real estate investments: Office, Retail, Industrial, and Multi-family. (Young, 1993. Pg. 2-13) Criticism of MPT in the past has come from assumptions that Markowitz set forth. Assuming that investors are risk adverse, suggesting that if an investor is given the choice of two assets with the same expected return then the investor would prefer the less risky asset. (Hines, 2009) Additional criticism comes from MPTs use of standard deviation to define risk. This implies that there is an equal chance of a return being worse than expected and vice versa. This can result in investments appearing riskier than they may really be and vice versa. (Hines, 2009) The use of MPT in real estate portfolios did not gain popularity until about the 1990s. Susan Hudson-Wilson, the author of the article, addressed two factors for this in the article; the lack of sufficient data for investment “analysis” and the fact that investors did not see real estate properties as being unique from one to another. (Hudson-Wilson, 2000) It wasn’t until around the 1980s that NCREIF created property index, but it was nowhere near enough information to find returns and risk on commercial properties. This data did not include individual property performances, but instead clustered properties on their type and location. (Young, 1993. Pg. 213) The second factor discussed by the author was how real estate properties are unique from one another, meaning that individual properties are independent of one another. There are a number of limitations that will affect the use of MPT in real estate: Market cycles, tenant vacancies, property type and geographical location, liquidation period, economic influences, and potential structural damages. These factors will be discussed further due to their impact on the ability for a property to generate income. Market conditions will play a vital role in the performance of an income producing property. The graph to the left, and the graph to the right both illustrate the economic cycles that markets (cities) and asset classes will go through. 3 (Doug, 2013) (Troen, 2015) For MPT to be applied to real estate assets, similar property types must be exhibiting similar returns. The same can be stated for property types in a centralized market. (Young, 1993. Pg. 213) Notice, in both graphs, how the location of a property and the type of property will both influence the expected performance. Although market conditions are key to a property’s performance, they tend to influence real estate property slowly over time. The biggest amount of influence on a property comes from “property-specific circumstances.” (Young, 1993. Pg. 2-13) These factors are such things as vacancies, rent averages, type of leases, number of tenants, and operating expenses will have major impacts on the performance of a property. (Young, 1993. Pg. 2-13) Now that we have discussed the constraints of investing in commercial property, we can begin to construct an investment strategy to form an efficient portfolio. There are a few ways that one can diversify a real estate portfolio. The first is investing in pension, mutual, or trust funds like investing in REITs or NCREIFs. Here, investors will invest funds into the company and that company will in invest in a number of different real estate assets. (Fabozzi, 1996) This allows investors the opportunity to invest in real estate, without having to invest as much of their own capital. (Fabozzi, 1996) This investment strategy gives financial professionals the funds to invest in range of income producing properties. Further discussion on diversifying a real estate portfolio will focus on how these companies would go about constructing an efficient portfolio or the formation of an individual investor’s portfolio (who has the available capital to invest in commercial properties). 4 The independence of individual properties from one another gives investors the opportunity of “clustering” similar property types or properties in similar locations together. (Hudson-Wilson, 2000) This clustering technique allows for illustration of portfolio diversification without having to use mathematical models. This approach is known as naïve diversification or using their own instinctive common sense. (Definition of "Naive diversification") The graph to the right illustrates the expected returns and volatility of the subclasses of real estate in the Los Angeles County area. (Young, 1993. Pg. 2-13) Although these commercial properties are located in the same area, they appear to be independent when comparing expected returns and risk. (Young, 1993. Pg. 2-13) Although this method shows a number of moderate returns over time, is it the most efficient portfolio for an investor? Markowitz developed a model to determine the “optimal” portfolio, called a market efficient frontier. (Matuszak, 2010) The frontier is “the highest attainable returns associated with each level of risk.” (Hudson-Wilson, 2000) The frontier will be shown as a positive or negative curved line, where the different points represent different portfolio scenarios. (Matuszak, 2010) Shown in the below graph, the line can be constructed through excel using a program called Solver. (Matuszak, 2010) This program will require further research, however we will address the necessary steps that must be taken to construct the frontier line. One would need the expected returns of each asset, then a covariance table can be formed. This table illustrates the how the volatility of all the assets move together, or the overall standard deviation of the portfolio. (Matuszak, 2010) Next one must take the square root of the sum of the portfolio’s variance. (Matuszak, 2010) One may then begin to construct the portfolio, using Sharpe’s ratio, by dividing the average return of the portfolio by the overall standard deviation. (Matuszak, 2010) Once this is done the Solver program will be run a number of times, each time increasing the expected return. The results of the program should resemble the table below. One will look to see when the slope (Sharpe’s ratio) begins to level off or decrease as the average returns increase. (Matuszak, 2010) 5 (Matuszak, 2010) The last step is simply graphing the frontier line, which is done by plotting each separate portfolio’s return and standard deviation on the graph. (Matuszak, 2010) The below graph is an efficient frontier example, an investor would look for the portfolio that falls on the part of the line with the greatest slope. (Matuszak, 2010) The optimal portfolio would be a return of 0.75% and a volatility of 4.30%. (Matuszak, 2010) The article of discussion lays the groundwork for the use of MPT in real estate investments. Although there has been some significant advances in data collection, real estate property is too unique for the use of MPT effectively. Additionally, there is no significant data to conclude that allocating assets into different sub-classes or properties in different locations will minimize a real estate portfolio’s risk. (Young, 1993. Pg. 2-13) Furthermore, real estate portfolios would need to be consistently monitored and restructured to ensure an expected return is maintained. Without concrete data on the expected returns of each property type, in an array of cities, this would cause misleading results. Income producing properties will also have additional factors that will not be seen when investing in stocks and bonds; for example property vacancies, property expenses, or structural damage that requires repairs. The use of MPT could be very beneficial in determining an optimal portfolio for a mixed portfolio; containing stocks, bonds, and real estate assets. The use of MPT for a real estate portfolio, in this author’s opinion would not be benefical due to the uncertainty of the results being accurate for individual real estate properties. 6 References: Definition of "Naive diversification" - NASDAQ Financial Glossary. (n.d.). Retrieved November 16, 2015, from http://www.nasdaq.com/investing/glossary/n/naive-diversification Doug. (2013). Multifamily cycles… where are we? Retrieved November 16, 2015, from http://www.nspireassets.com/2013/07/01/multifamily-cycles-where-are-we/. Fabozzi, F., & Modigliani, F. (1996). Capital markets: Institutions and instruments (2nd ed.). Upper Saddle River, N.J.: Prentice Hall. Harry M. Markowitz - Autobiography, The Nobel Prizes 1990, Editor Tore Frängsmyr, [Nobel Foundation], Stockholm, 1991. Hines, E. (2009). Application of Portfolio Theory to Commercial Real Estate. John Hopkins University. J. Michael Murphy, "Efficient Markets, Index Funds, Illusion, and Reality", Journal of Portfolio Management (Fall 1977), pp. 5-20.). Matuszak, A. (2010). Chapter 1 – Introduction to Modern Portfolio Theory - Economist at Large. Retrieved November 16, 2015, from http://economistatlarge.com/portfolio-theory/introductionto-portfolio-theory. Step 3 – Find the Lowest Standard Deviation. (n.d.). Retrieved November 16, 2015, from http://economistatlarge.com/portfolio-theory/efficient-frontier. Troen. Real Estate Development Processes I. Class Lecture #2. Real Estate Development Program, Nova Southeastern University. 2015. Wilson, S. (2000). Modern Portfolio Theory Applied to Real Estate. In Modern Real Estate Portfolio Management (Vol. Ch. 19, pp. 209-217). New Hope, Pa.: F.J. Fabozzi Associates. Wuerzer, T. Marketability and Feasability for Real Estate. Class Lecture #1. Real Estate Development Program, Nova Southeastern University. 2015. Young, M., & Greig, D. (1993). Drums Along the Efficient Frontier. Investment Performance of Individual Properties Depends Less on Property Type and Location than Generally Believed, 213.